Sheet metal & cutting
Fiber and CO2 lasers, press brakes, shears, tube cutting, bending and punching, roll forming lines for rack uprights, beams and bracing, eccentric presses, laser welding and cleaning, robotic welding, deburring, compressors and extraction – from many manufacturers and countries.
Manufacturers: Nargesa, Weni Solution, Aktona, Mekotek Laser, Ermaksan, TRUMPF, Salvagnini, Simec, Fonland, Aona Machinery, Gasparini, DREISTERN, Linbay, Zhongtuo, Tacon Forming Machinery, YingYee Machinery, Sangiacomo Presse, WORLD (Yingxin World Machinery)
CNC fiber lasers (76)
For sheet, tubes and profiles. Compare machines from different manufacturers – power, working area, what the price includes and where it ships from.
- Open type
Weni 3015G open-table fiber laser, 3000 × 1500 mm
The Weni 3015G from the WS-G range cuts sheet metal on a single 3000 × 1500 mm open table. Direct access is useful for mixed orders with frequent sheet changes. Typical parts include brackets, panels and blanks for folding. Compare cut quality on the materials and gauges you run most often. Include loading, unloading and sheet changes in cycle estimates. Confirm the source, cutting head, extraction and assist gas setup for the configuration quoted.
Weni Solution29 800 € (≈ 33 349 $) · net + delivery - Sheet + tube
Weni 3015GM combination sheet and tube fiber laser
The Weni 3015GM combines a 3000 × 1500 mm sheet bed with a rotary spindle for tubes and profiles. In frame production, it can cut both flat mounting plates and holes or contours in hollow sections. List your longest profile, its cross-section and its weight. Check how it is supported and the remnant left in the chuck. Include the time to switch from sheet to tube work when comparing the machine on a typical order.
Weni Solution47 500 € (≈ 53 157 $) · net + delivery - Tube laser
Weni 6023TL fiber laser for tubes and profiles
The Weni 6023TL is a TL range fiber laser for round tubes and closed sections. The machine is aimed at repeat cutting of holes, contours and ends before fabrication of metal assemblies. Provide the raw stock sizes and finished part lengths. Request a trial on your longest part to check support, outfeed and chuck remnant. Ask for the exact 6023TL datasheet with cutting ranges, source power and loading options.
Weni Solution59 950 € (≈ 67 090 $) · net + delivery and hotel - Sheet + tube
Aktona TR3015LR 3 kW sheet and tube fiber laser
The Aktona TR3015LR is a specific LR configuration with a 3 kW source, 3000 × 1500 mm sheet bed and a tube attachment for stock up to 6 m. It can cut flat brackets and features in hollow sections for the same frame. Trial your longest section with a typical feature near the end. Check programming, support and clamping when changing to tube work. Confirm the source, cutting head and software licence for open sections in the quote.
Aktona39 100 € (≈ 43 757 $) · net - Open type
Mekotek FLO 1530 3 kW open-table fiber laser
This Mekotek FLO 1530 configuration combines a 3 kW Raycus source with a 1500 × 3000 mm open bed. Direct sheet access is practical for mixed short runs of brackets, panels and folding blanks. Compare the offer using a real nest with pierces and long contours. Check skeleton removal and bed capacity for your heaviest sheet. Confirm the cutting head, extraction and costs for delivery and commissioning.
Mekotek Laser34 000 $ (≈ 30 382 €) · net, delivery not included - Sheet + tube
Mekotek FLO P 1530 3 kW sheet and tube fiber laser
The Mekotek FLO P 1530 pairs a 1500 × 3000 mm open sheet table with a tube unit. The Machory configuration uses a 3 kW Raycus source. It suits projects with both sheet mounting plates and cut features on profiles. Check clamping and support for your longest section and the clearance required to feed it. Run one sheet job and one tube job to assess changeover. Confirm installation, training and transport for the quoted configuration.
Mekotek Laser59 000 $ (≈ 52 721 €) · net - Enclosed
Ermaksan Fibermak Thunderbird 2000 2 kW fiber laser
An enclosed sheet-metal fiber laser with a 3,000 × 1,500 mm working area and two motorised shuttle tables. The configuration listed here pairs a 2 kW Maxphotonics Elite source with a Precitec LightCutter autofocus head. The Thunderbird 2000 fits a shop cutting mounting plates, enclosure panels and blanks for bending from 3 × 1.5 m sheets. The two tables let the operator prepare the next sheet at the external station while the machine cuts the current one inside the enclosure. Table exchange time matters when comparing output across a run of full sheets. The configuration listed on Machory uses a Beckhoff control and Metalix CAD/CAM. To compare it with another machine, send both suppliers the same nested parts file and ask for the full-sheet cycle time, including piercing and pallet exchange. Ask the supplier to itemise filtration and freight and confirm the terms for installation and operator training.
Ermaksan114 000 € (≈ 127 577 $) · delivery not included - Sheet · 2 shuttle tables
Ermaksan Fibermak Momentum Gen-5 CNC fiber laser
A CNC sheet-metal fiber laser with automatic shuttle tables. Ermaksan offers the Momentum Gen-5 series with 2–30 kW source options and up to 4 G acceleration, depending on configuration. The Gen-5 is worth evaluating for sheets nested with many holes and short contours. Acceleration and pierce time influence output on these jobs, so a complete test sheet gives a useful benchmark. Supply the material, thickness and nesting file and request a measured cycle time that includes the pallet exchange. Specify the table size, source power, drive package and CAD/CAM licence when requesting a configuration. If weld preparation calls for bevelled edges, ask for a quote that names the bevel head. Confirm whether the quoted package also includes the ERAI assistant.
ErmaksanPrice on request - Compact · open or closed cabin
Ermaksan Hawk Laser compact CNC fiber laser
A compact sheet-metal fiber laser with 1–4 kW source options. Ermaksan describes open and enclosed versions and offers automatic coil feeding as an option. The Hawk Laser is a candidate for short and medium runs of brackets, covers and other sheet parts where workshop layout matters. The technical catalogue lists 2,500 × 1,250 mm and 3,000 × 1,500 mm working formats. Compare the usable cutting area, sheet loading space and extraction requirements when choosing between them. Give the supplier your largest stock sheet along with the materials and thicknesses in a typical order. Ask for a layout drawing and a cutting sample at the proposed laser power. The quotation should state which enclosure is supplied and whether it includes coil feeding. Confirm the table load limit and acceleration for the chosen format.
ErmaksanPrice on request - Enclosed · pallet changer
TRUMPF TruLaser 5030 fiber sheet metal laser for series cutting
The TRUMPF TruLaser 5030 fiber is a 5000-series sheet laser for repeat orders across a mix of thicknesses. Compare edge quality and full cycle time on thin and thicker sheets from your workload. Confirm the source, available cutting features such as BrightLine fiber and the loading or unloading modules in the proposed build. Trial the parts that determine shift output.
TRUMPFPrice on request - Enclosed · automation-ready
Salvagnini L5 high-dynamics sheet metal fibre laser
The Salvagnini L5 is a high-dynamics sheet fibre laser. The Compass mechanism supports fast short moves of the cutting head between closely nested parts. Evaluate it with a real nest of small holes and short contours at a typical thickness. Compare part quality, full-sheet time and outfeed handling. Confirm the laser source and automation equipment included in the build.
SalvagniniPrice on request - Tube & profile · 3D bevel head
Simec LTS3 Bevel 3 kW tube fibre laser with 3D head
The Simec LTS3 Bevel pairs a 3 kW fibre source with an adjustable 3D head for bevels and angled cuts on tubes and sections. It can prepare ends to the assembly and welding drawing. Provide section, wall thickness and bevel geometry for a trial. Assemble the cut samples to check fit and confirm head access on complex joints.
SimecPrice on request - Sheet · configurable table
Fonland CNC fibre laser cutting machine for sheet metal
The Fonland CNC fibre laser is configured for programmed sheet metal cutting. Choose the working format around your stock sheet sizes and nests, and the source power around the materials and thicknesses in a typical order. Provide a sample drawing with small holes and long contours for a trial. Have the quote identify the laser source, cutting head and any loading equipment included.
Fonland12 689 $ (≈ 11 339 €) · 3 kW version, promotional price - Open · 2 tables
Weni WS-A fiber laser with two exchange tables
The Weni WS-A range cuts sheet metal with two exchange tables. One can be loaded or unloaded while the other is in the cutting area. An autofocus head supports transitions between material thicknesses. Consider this range for repeat orders where sheet handling takes up a substantial part of the cycle. Match table size and load rating to your stock. Plan the sheet lifting method, unloading access and clearance for table travel.
Weni Solutionfrom 53 792 € (≈ 60 199 $) · net, base configuration - Sheet + tube · 2 tables
Weni WS-AM fiber laser with exchange tables and tube spindle
The Weni WS-AM pairs two sheet exchange tables with a spindle for tubes and profiles. It can produce flat covers or brackets alongside structural sections for the same assembly. Spindle working length depends on the configuration. Review how often your jobs switch between sheet and tube operations. Check the section range, support arrangement and clearance around the spindle. For a demonstration, request all sheet and tube parts for one actual assembly.
Weni Solutionfrom 81 095 € (≈ 90 753 $) · net, base configuration - Open type
Weni WS-F open-table fiber laser for sheet metal
The Weni WS-F range cuts sheet metal on a single open table. Autofocus adjusts the focal point for different thicknesses, and nesting software helps arrange parts across the sheet. For mixed batches of brackets and panels, use your files to compare material utilisation. Include time spent removing the remaining skeleton between jobs. Specify bed size, load rating and options such as loading rollers or fume filtration.
Weni SolutionPrice on request - Sheet + tube
Weni WS-FM open-table fiber laser for sheet and tube
The Weni WS-FM pairs an open sheet bed with a rotary spindle for tubes and profiles. It is aimed at shops processing long sections and full sheets within the same workflow. Check profile feed and support when features sit near the ends. Compare available spindle lengths and nesting software for repeat batches. For the sheet bed, specify format, load rating and access for your lifting equipment.
Weni SolutionPrice on request - Enclosed · 2 tables
Weni WS-H enclosed fiber laser with two exchange tables
The Weni WS-H is an enclosed fiber laser range for repeat sheet cutting. Two exchange tables separate cutting from preparation of the next sheet. Doors, camera monitoring and extraction are part of the machine layout to consider when planning the installation. The 3015, 4020 and 6020 formats cover different sheet sizes. Choose the bed from purchased stock and typical nests. Before ordering, check service clearance and fume extraction against the planned production schedule.
Weni Solutionfrom 28 852 € (≈ 32 288 $) · net, base configuration - Sheet + tube · enclosed
Weni WS-HM enclosed sheet and tube fiber laser
The Weni WS-HM combines an enclosed sheet cutting area, two exchange tables and a spindle for tubes and profiles. It is worth comparing for assemblies such as equipment frames with flat panels and sections that require holes or cutouts. Plan profile infeed and support separately from sheet loading. Check whether the spindle length and chucks suit the largest part. Specify the enclosure, extraction and service access for both sheet and tube operations.
Weni Solutionfrom 47 964 € (≈ 53 677 $) · net, base configuration - Enclosed
Weni WS-GCL enclosed fiber laser with pull-out table
The Weni WS-GCL range combines an enclosure and a pull-out sheet table. It suits evaluation for medium-volume work where sheet loading and sorting are organised around one working position. Match the bed to purchased sheet sizes and the parts you unload. Compare source power on your usual thicknesses and account for the table's extended position in the floor plan. Confirm the table mechanism, cutting head and fume extraction in the quotation.
Weni SolutionPrice on request - Enclosed
Weni WS-FC enclosed fiber laser for sheet metal
The Weni WS-FC is an enclosed WS-F variant with a single table for sheet metal. The autofocus head supports changes in thickness, while the enclosure defines loading access and the extraction layout. For an installation in an existing shop, measure door clearance and the path of your sheet lifter. Run two successive jobs in different materials to assess changeover. Check table access and filtration requirements before specifying the machine.
Weni SolutionPrice on request - Enclosed · compact
Weni WS-GC 1313 compact enclosed fiber laser
The Weni WS-GC 1313 is a compact enclosed fiber laser with a 1300 × 1300 mm cutting field. It is worth considering for small panels, brackets and blanks cut from stock that fits the bed. Use a typical nest to see how many parts fit per sheet. Check loading and service access within your floor plan. Select a source after testing the grades and thicknesses you use most.
Weni SolutionPrice on request - Enclosed · in stock
Weni WS-3015GCL 3 kW fiber laser with pull-out table
The Weni WS-3015GCL 3 kW pairs an enclosure with a 3000 × 1500 mm pull-out sheet table. Extending the table gives access to load sheet and unload parts outside the cutting area. Consider this configuration for a full-size sheet format where the layout is constrained. Measure the space with the table fully extended and allow for a pallet. Compare actual loading and cutting times on your material mix.
Weni Solutionfrom 39 117 € (≈ 43 776 $) · net, base configuration - Enclosed · 6 kW
Weni WS-3015H 6 kW enclosed fiber laser with two tables
The Weni WS-3015H 6 kW is an enclosed sheet fiber laser with two 3000 × 1500 mm exchange tables. This configuration is intended for shops running repeat batches across a mix of sheet jobs. Evaluate the 6 kW setup with everyday parts such as perforated panels and folding blanks. Use the same drawings to compare finished sheets per shift, edge finishing requirements and assist gas consumption.
Weni Solutionfrom 52 479 € (≈ 58 729 $) · net, base configuration - Enclosed · 2 tables
Weni WS-3015G 3 kW enclosed fiber laser with two tables
This Weni WS-3015G configuration combines a 3 kW source with an enclosure and two exchange tables for 3000 × 1500 mm sheet. The free table can be prepared while the other is in the cutting area. For mixed batches, compare the full cycle from loading to parts sorting. Specify how full sheets will arrive and where cut parts will be unloaded. Confirm the current equipment list and the space required for table movement.
Weni Solutionfrom 49 618 € (≈ 55 528 $) · net, base configuration - Enclosed · 12 kW
Weni WS-3015H 12 kW enclosed two-table fiber laser
The Weni WS-3015H 12 kW is a high-power WS-H configuration for repeat sheet metal production. Its enclosure houses the cutting area, while two 3000 × 1500 mm exchange tables let operators prepare the next sheet during cutting. Run a production program with pierces, small holes and long contours to assess throughput. Include assist gas, cooling and handling time in operating costs. Confirm the cutting head and process settings for the grades and thicknesses you run most often.
Weni Solutionfrom 115 250 € (≈ 128 976 $) · net, base configuration - Enclosed · pass-through table
Weni WS-FL enclosed fiber laser with pass-through table
The Weni WS-FL is an enclosed sheet fiber laser range with a pass-through work table. Double doors with a viewing window provide access to the cutting area. Configuration depends on sheet format and handling. When laying out the cell, map how sheets arrive and how finished parts leave. Check pallet locations and clearance for the doors during service. Request a layout drawing showing the usable cutting field and the machine's operating footprint.
Weni SolutionPrice on request - Sheet + tube · enclosed
Weni WS-FCM enclosed fiber laser for sheet and tube
The Weni WS-FCM adds a tube and profile spindle to an enclosed sheet cutting area in the WS-F family. It is worth evaluating for welded assemblies with flat gussets and profiles cut as part of the same production order. Map the work sequence and the space required to feed profiles. Check chuck access and extraction in each mode. Verify section and weight limits using a sample near the largest part you expect to run.
Weni SolutionPrice on request - Enclosed · 2 tables
Weni WS-3015H II second-generation fiber laser
The Weni WS-3015H II is the second generation of the enclosed WS-H PRO fiber laser. It retains the two-table workflow and updates the source and servo configuration for repeat sheet cutting. For a replacement machine, request a drawing with the actual cutting area and loading footprint. Compare the source, head and controls with the programs used in your shop. Set an acceptance trial with the parts you cut most frequently.
Weni Solutionfrom 57 494 € (≈ 64 342 $) · net, base configuration - Open · 1 table
Mekotek FLO 2040 open fiber laser, 2000 × 4000 mm
The Mekotek FLO 2040 is an open fiber laser with a 2000 × 4000 mm cutting field. Its size fits wide panels, ventilation parts and orders that nest different parts on one full sheet. Compare purchased sheet widths with a typical nest. Trial a part near the edge of the cutting field. Check clearance for the sheet lifter, panel removal and extraction over the entire format.
Mekotek LaserPrice on request - Open · 1 table
Mekotek FLO 2060 open fiber laser, 2000 × 6000 mm
The Mekotek FLO 2060 cuts sheet metal on a 2000 × 6000 mm open bed. The six-metre field fits long one-piece blanks such as longitudinal ribs, sides and parts for subsequent folding. Plan how the full sheet is loaded and the long blank removed. Trial features at both ends and check finished length and straightness. Confirm bed capacity, source power and the extraction layout.
Mekotek LaserPrice on request - Open · 2 tables
Mekotek FLO D 1530 open fiber laser with shuttle tables
The Mekotek FLO D 1530 is an open sheet fiber laser with two 1500 × 3000 mm shuttle tables. The second bed can be prepared while the first is in the cutting area, a practical arrangement for frequent full-sheet changes. Time preparation and exchange with a loaded bed. Specify the handling zone, lifter route and access for cleaning. Compare completed sheets per shift using a representative nest.
Mekotek LaserPrice on request - Open · sheet + tube
Mekotek FLO P 2040 open fiber laser for sheet and tube
The Mekotek FLO P 2040 combines an open 2000 × 4000 mm sheet bed and a tube and profile attachment. It suits wide cladding and assemblies with a flat base and a frame made from sections. For tube work, check hole alignment on two faces of a profile. For sheet jobs, assess full-format loading and part sorting. Request a layout drawing with working clearance for both processes.
Mekotek LaserPrice on request - Open · sheet + tube
Mekotek FLO P 2060 fiber laser for long sheet and tube
The Mekotek FLO P 2060 combines an open 2000 × 6000 mm bed and a tube attachment. The six-metre sheet field suits long panels, while the attachment can cut matching structural sections. Plan the path of a full sheet separately from profile infeed. Check bed load, support spacing and clearance for finished parts. On a trial assembly, measure panel straightness and the alignment of mating holes.
Mekotek LaserPrice on request - Open · 2 tables + tube
Mekotek FLO D P 1530 fiber laser with shuttle tables and tube unit
The Mekotek FLO D P 1530 combines two 1500 × 3000 mm shuttle tables and a tube unit. It is intended for mixed production where a batch of sheet blanks alternates with profiles for the same assemblies. Plot sheet loading and tube infeed on one layout. Check how long profile stock fits around table movement. For a demonstration, request a complete set of sheet and tube parts cut from your files.
Mekotek LaserPrice on request - Open · large format
Mekotek FLO 30120 PRO large-format fiber laser
The Mekotek FLO 30120 PRO is a large-format fiber laser for plate and long sheets with a 12 m working length. It is intended for heavy fabrications and long contours where the sheet is handled as one blank. Request a drawing showing usable width and allowable sheet weight. Plan lifting and long-part removal before comparing configurations. In a trial, inspect the edge along the full length and time piercing, cutting and handling.
Mekotek LaserPrice on request - Enclosed · 2 tables
Mekotek FLC 1530 enclosed fiber laser, 1500 × 3000 mm
The Mekotek FLC 1530 is an enclosed sheet fiber laser with two 1500 × 3000 mm shuttle tables. On repeat brackets and panels, the operator can prepare the next sheet while the previous one is cut. Use a frequent nest to assess sheet placement, cutting and sorting. Check table travel, service clearance and fume extraction. Select the source and head for the material grades and gauges in the job mix.
Mekotek LaserPrice on request - Enclosed · 2 tables
Mekotek FLC 2040 enclosed fiber laser, 2000 × 4000 mm
The Mekotek FLC 2040 pairs an enclosure with two shuttle tables for 2000 × 4000 mm sheets. The format fits wide panels, enclosure sides and nests that put more parts on each sheet. On a full-size trial, compare material utilisation and total processing time. Plan the lifter route to the loading table and the outfeed space for large parts. Specify table load and extraction for the selected source.
Mekotek LaserPrice on request - Enclosed · 2 tables
Mekotek FLC 2060 enclosed fiber laser, 2000 × 6000 mm
The Mekotek FLC 2060 cuts sheet on two 2000 × 6000 mm shuttle tables in an enclosed configuration. The six-metre format suits long parts such as trailer sides, folded beams and structural blanks. Start with the heaviest sheet and the crane route to the table. Request a nest with a full-length contour and measure the finished blank. Allow clearance to remove long parts and check extraction coverage across the bed.
Mekotek LaserPrice on request - Enclosed · 2 tables + tube
Mekotek FLC P 1530 enclosed sheet and tube fiber laser
The Mekotek FLC P 1530 adds a tube unit to an enclosed sheet cutting area with two 1500 × 3000 mm tables. It can produce the sheet and tube components of one product, such as an enclosure with a hollow-section frame. Trial a job that needs holes in sheet and contours in a profile. Check tube clamping and support and the clearance available around the stock. Confirm which equipment is used in each mode and how the machine is cleaned between them.
Mekotek LaserPrice on request - Enclosed · 2 tables + tube
Mekotek FLC P 2040 fiber laser for 2000 × 4000 mm sheet and tube
The Mekotek FLC P 2040 pairs an enclosed sheet cutting area with two 2000 × 4000 mm tables and a tube unit. Its format lets a shop plan large panels and cut sections for the same industrial assemblies. Draw the sheet loading and profile feeding zones separately. Check access around the longest bar and the extended table. In the trial, measure the panel and the hole that locates it against the profile.
Mekotek LaserPrice on request - Enclosed · sheet + enclosed tube
Mekotek FLC P 1530 PRO enclosed sheet and tube fiber laser
The Mekotek FLC P 1530 PRO encloses both its sheet cutting area and the tube unit. The sheet bed is 1500 × 3000 mm. Consider it for mixed work where both processes must fit a coordinated extraction layout. Request an enclosure drawing with tube feed openings, service zones and extraction points. Trial a typical sheet and tube separately. Confirm filter access and the clearance available with the longest stock.
Mekotek LaserPrice on request - Tube · automatic loading
Mekotek FLP 6009 automatic tube fiber laser
The Mekotek FLP 6009 is an automatic tube fiber laser for round stock up to Ø90 mm and compatible profiles. Evaluate it for repeat thin-wall parts such as furniture legs and light frame components. Trial the thinnest wall and shortest finished part. Check chuck marks and how short cutoffs are collected. Time a full bar and measure the remnant to estimate cost per batch.
Mekotek LaserPrice on request - Tube · manual loading
Mekotek FLP 6012 fiber laser for tubes and profiles
The Mekotek FLP 6012 cuts holes and contours in round, square and rectangular stock. Its published round range extends to Ø120 mm. It is worth evaluating for frames, stands and furniture sections. Trial a part with holes on two faces and an end cut. Check dimensions and how stock length is referenced. Confirm chuck selection, supports and loading for the series version quoted.
Mekotek LaserPrice on request - Tube · manual loading
Mekotek FLP 6012 C compact tube fiber laser
The Mekotek FLP 6012 C is a compact tube fiber laser for round stock up to Ø120 mm and compatible hollow sections. It is worth evaluating where floor space is limited and standard six-metre stock is used. Measure the working area with a full bar loaded, including supports and operator access. Confirm the feed arrangement for the quoted version. In a trial, check centring on a small rectangular section and hole repeatability.
Mekotek LaserPrice on request - Tube · manual loading
Mekotek FLP 6012 D tube laser with covered guides
The Mekotek FLP 6012 D uses metal covers around its guides and part of the drive. This version suits evaluation in shops that alternate batches of round, square and rectangular sections. Check access for cleaning and lubrication of the covered mechanisms. Trial a change between two sections and assess centring and part outfeed. Confirm feed arrangement, working range and cutting head in the quote.
Mekotek LaserPrice on request - Tube · automatic loading
Mekotek FLP 6016 tube laser with automatic magazine loading
The Mekotek FLP 6016 is a tube and profile fiber laser that feeds stock from an automatic magazine. It is intended for long runs where one bundle yields many repeat or nested parts. Observe separation, loading and removal of cut parts during a trial. Time a full batch with magazine replenishment and a section change. Specify the magazine and chuck ranges for your stock.
Mekotek LaserPrice on request - Tube · manual loading
Mekotek FLP 6020 tube fiber laser up to Ø220 mm
The Mekotek FLP 6020 cuts round tubes up to Ø220 mm and compatible profiles. It is worth trialling on support frames and fabrications with holes, slots and shaped features before assembly. Check section dimensions and weight for each stock type. Request a sample with holes close to an end and measure their position from the cut. Confirm working length, outfeed supports and chuck remnant in the quotation.
Mekotek LaserPrice on request - Tube · semi-automatic
Mekotek FLP 6024 Semi semi-automatic tube fiber laser
The Mekotek FLP 6024 Semi uses semi-automatic tube loading. The operator places the section in the feed channel, and the system positions and feeds it for cutting. It is worth evaluating for repeat batches of long profiles. Record the operator's remaining tasks and the time to change sections. Trial a full bar to check centring, outfeed and remnant. Specify the feed channel range and supports for finished parts.
Mekotek LaserPrice on request - Tube · manual loading
Mekotek FLP 6024 Manual tube fiber laser
The Mekotek FLP 6024 Manual is a manually loaded tube fiber laser for jobs with changing sections. The operator can prepare each profile for its geometry. Evaluate it for mixed chassis and steel fabrication parts. Include lifting, positioning and support adjustments in the cycle. Trial both the heaviest and shortest stock in your range. Confirm clearance for loading and removal of finished parts.
Mekotek LaserPrice on request - Tube · heavy profiles
Mekotek FLP 6035 heavy tube and profile fiber laser
The Mekotek FLP 6035 is a fiber laser for larger sections, with a published round range up to Ø350 mm. Evaluate it for machine frames and steel assemblies that need holes and cutouts before fitting. Provide the geometry, weight and length of your heaviest profile. For open sections, check how the stock grips during rotation and whether the head reaches each cutout. Confirm usable load and support at both ends.
Mekotek LaserPrice on request - Tube · heavy profiles
Mekotek FLP 6036 reinforced tube and profile fiber laser
The Mekotek FLP 6036 is a reinforced tube fiber laser for heavy pipe and structural sections. Selection depends on how the weight is distributed along the stock, its cross-section and the supports used during rotation and part separation. Request a rated load for the actual chuck and section with a support layout. Trial a long part with holes and a shaped end. Check feature positions after rotation and the handling of the finished piece.
Mekotek LaserPrice on request - Tube · heavy profiles
Mekotek FLP 9036 fiber laser for tubes up to 9.1 m
The Mekotek FLP 9036 is a tube fiber laser with a published stock length up to 9.1 m. It is intended for long machine-frame and structural parts whose holes and ends are cut on one bar. Plan how long stock arrives and how full-length parts leave the cell. Trial a section with holes close to both ends. Check support, length referencing and the allowable weight for the chosen section.
Mekotek LaserPrice on request - Tube · heavy profiles
Mekotek FLP 9036 BVL bevel-cutting tube fiber laser
The Mekotek FLP 9036 BVL uses a tilting head to cut and bevel heavy tubes and profiles. Bevels can be included in the cutting program to prepare the edge for welding. Provide a drawing with bevel angle, width and root face requirements. Measure the result on actual stock and check fit before welding. Confirm supported sections and bevel angles for the configuration quoted.
Mekotek LaserPrice on request - Open · single table
Aktona L open-table fiber laser for sheet metal
The Aktona L is an open single-table fiber laser for brackets, panels and sheet blanks. The series offers a light L bed and a reinforced E version so the table and extraction can be selected for the job. For mixed work, time sheet placement and removal of the remaining skeleton. Check access with the largest format. To compare quotes, specify the same source, cutting head and extraction scope.
Aktonafrom 18 063 € (≈ 20 214 $) · net, base configuration - Open · moving head cover
Aktona HC open fiber laser with moving head cover
The Aktona HC is an open sheet fiber laser with a cover that travels with the cutting head on the gantry. The layout leaves direct access to the table for loading. The range offers several sheet sizes and bed designs. Map the sheet lifter's path and check clearance around the gantry and moving cover. Specify extraction and safeguards for the installation. Select the bed for sheet size, weight and source power.
Aktonafrom 21 477 € (≈ 24 035 $) · net, base configuration - Enclosed · pull-out table
Aktona TR3015-LS fiber laser with pull-out table
The Aktona TR3015-LS is an enclosed sheet fiber laser with one automatic 1500 × 3000 mm pull-out table. The extended bed lets operators load the sheet outside the housing. Consider it where the loading layout is constrained. Measure the footprint with the bed fully extended, including the pallet and sheet lifter. Use a typical order to compare loading, unloading and cutting time. Specify extraction and source power for the material mix.
Aktonafrom 30 498 € (≈ 34 130 $) · net, base configuration - Enclosed · 2 shuttle tables
Aktona TR3015-HSD enclosed two-table fiber laser
The Aktona TR3015-HSD is an enclosed fiber laser for 1500 × 3000 mm sheet with two automatic shuttle tables. One table can be prepared for the next cycle while the other is in the cutting area. Extraction is zoned across the bed. Use a real nest to assess sheet exchange, sorting and skeleton removal. Check space for table travel and access to side service doors. Specify source power, head and controller when comparing quotes.
Aktonafrom 33 685 € (≈ 37 697 $) · net, base configuration - Enclosed · shuttle tables · up to 120 kW
Aktona GA enclosed fiber laser with two shuttle tables
The Aktona GA is an enclosed sheet cutting range with a reinforced structure and two automatic shuttle tables. It targets heavy sheets and higher-power configurations. Zoned extraction serves the active area of the cutting bed. Match the heaviest sheet to the load rating of the selected bed. On thick steel parts, assess piercing, edge finish and the full sheet cycle. Specify source and head against the gauges you run and the loading equipment in the shop.
Aktonafrom 42 728 € (≈ 47 817 $) · net, base configuration - Sheet + tube · open
Aktona LR open combination sheet and tube fiber laser
The Aktona LR combines an open sheet bed with a rotary attachment for tubes and profiles. It suits shops cutting base plates and brackets alongside features in the sections used for the same frames. List the round, square and open sections to be cut. Check chuck range, supports and tube software. Request a full-bar trial to measure remnant and the time needed to switch between sheet and tube work.
Aktonafrom 33 889 € (≈ 37 925 $) · net, base configuration - Sheet + tube · enclosed · up to 120 kW
Aktona GAR enclosed sheet and tube fiber laser
The Aktona GAR adds a rotary tube attachment to an enclosed fiber laser with two sheet shuttle tables. It is worth evaluating for welded assemblies that use flat gussets and cut features in profiles on the same job. Specify the heaviest sheet and largest section separately. Check loading for open sections and the space required around the tube attachment. Time the change from the last sheet to the first finished tube part.
Aktonafrom 51 771 € (≈ 57 937 $) · net, base configuration - Tube laser · economic
Aktona ER manually loaded tube and profile fiber laser
The Aktona ER range uses two pneumatic chucks, manual loading for stock up to 6 m and a 2D head. It gives shops an in-house option for cutting holes, slots and ends on short runs of tube and hollow sections. Choose the chucks from your smallest and largest sections. In a trial, check stock support, alignment of holes on opposite walls and the remnant left on the final part. Include manual loading and unloading in the cycle estimate.
Aktonafrom 20 121 € (≈ 22 517 $) · net, base configuration - Tube laser · economic PRO
Aktona ER PRO tube laser with operator workstation
The Aktona ER PRO retains manual loading and 2D cutting from the ER range while adding covers and a workstation with an adjustable monitor. It suits a cell where one operator prepares jobs and loads profile stock. For thin-wall sections, check chuck grip and how quickly the supports can be set. In a demonstration, follow loading of a full bar and inspect service access. Confirm the cover arrangement and workstation included in the quotation.
Aktonafrom 24 642 € (≈ 27 577 $) · net, base configuration - Tube laser · up to 520 mm
Aktona R two-chuck fiber laser for tubes and profiles
The Aktona R uses two chucks in a horizontal layout with pneumatic support rollers. The range processes manually loaded tubes and sections with chuck options selected for the stock. A 3D head and follow-up outfeed table are available by configuration. Provide the heaviest profile drawing and finished cut lengths. Check support during rotation and unloading, and hole placement close to the end. Where weld preparation is required, request a measured bevel trial with the 3D head.
Aktonafrom 33 685 € (≈ 37 697 $) · net, base configuration - Tube laser · automatic loading
Aktona SN tube fiber laser with optional automatic loader
The Aktona SN tube fiber laser can be configured with an automatic bundle loader. Outfeed options support different finished lengths and weights. The range is worth evaluating for long runs of the same section. Time the full cycle from separating one profile from the bundle to the final part leaving the machine. Check section changeover and the sizes the loader accepts. Confirm that the selected loader and outfeed table are included in the quote.
Aktonafrom 40 671 € (≈ 45 515 $) · net, base configuration - Tube laser · 3 chucks · up to 630 mm
Aktona SN3 three-chuck tube and profile fiber laser
The Aktona SN3 range uses three chucks for long, heavy tubes and sections. The middle chuck travels, and the extra grip supports the stock as long parts are separated. Size the configuration from section, weight and working length. For a trial, nest a full bar through to the last part. Measure the actual remnant and check how the cut part is supported. Specify loading, outfeed and a 2D or 3D head in the quotation.
Aktonafrom 72 344 € (≈ 80 960 $) · net, base configuration - Sheet · 2 shuttle tables
Ermaksan Fibermak Momentum Gen-3 CNC fiber laser
A CNC sheet-metal fiber laser with shuttle tables. Ermaksan lists 2–30 kW source options, formats with working lengths from 2.5 to 18 m and optional bevel cutting. Start with stock size when specifying the Momentum Gen-3. For long panels, enclosure parts or welded fabrications, compare the working format with the largest sheet you actually use. Check the sheet weight and loading route. These determine the handling equipment and floor space the installation will need. Ermaksan lists a ±45° bevel head as an option for parts that need weld preparation. Send a drawing with the edge requirements so the supplier can specify the head and demonstrate a sample. Include the table size, materials, thicknesses and any automated loading or unloading requirements in the enquiry.
ErmaksanPrice on request - Tube & profile · auto loading
Ermaksan Fibertube automatic tube fiber laser
An automatic fiber laser for round, square and rectangular tubes and profiles. Ermaksan describes automatic loading, a Beckhoff CP 6242 CNC and a Precitec ProCutter 2.0 head. The Fibertube is designed for repeat profile work such as frames, racking or metal furniture. When the same stock is fed throughout a production run, the loading system and chuck are as important to the specification as laser power. To specify the machine, provide the profile shape, outer dimensions, wall thickness and incoming stock length. Add the required finished-part lengths, holes and contours. Ask the supplier to confirm the capacity for each profile shape, the maximum unloading length and the remnant left in the chuck. Those details let you compare material use across quotations. Chuck capacity and loading length vary between Fibertube versions.
ErmaksanPrice on request - Enclosed · entry level
TRUMPF TruLaser 1030 fiber CNC sheet metal cutting machine
The TRUMPF TruLaser 1030 fiber is a CNC machine for two-dimensional sheet metal cutting. The model has a 3000 × 1500 mm catalogue working area on the X and Y axes. Provide actual sheet sizes, materials and thicknesses for configuration comparison. Confirm source power and trial a mixed-size nest to assess sheet utilisation and full cycle time.
TRUMPFPrice on request - Tube & profile · auto loading
TRUMPF TruLaser Tube 5000 fiber for tube and profile cutting
The TRUMPF TruLaser Tube 5000 fiber cuts tubes and sections. Define the profiles, bar mass and required holes, cuts or bevels with the enquiry. Check which dynamic-cutting and bevel options are included in the selected build. Trial a long part with accurately positioned holes to assess chucking, unloading and usable material length.
TRUMPFPrice on request - Enclosed · versatile
Salvagnini L3.G4 sheet fibre laser with accessible gantry
The Salvagnini L3.G4 cuts sheet metal with a fibre laser and a gantry designed for access across the working range. Check how sheets are loaded, exchanged and unloaded within the available cell footprint. Specify materials, thicknesses and automation modules for the quote. Trial a part with an outside contour and holes to compare cutting quality and full cycle time.
SalvagniniPrice on request - Enclosed · 2 m wide sheets
Salvagnini L3 large-format sheet metal fibre laser
The large-format Salvagnini L3 is a sheet fibre laser for large blanks and long contours. Salvagnini lists L3-4020 and L3-6020 versions. Confirm the working format of the quoted machine against your stock sheets. Use a real production nest for the cutting trial and check how the largest cut parts will be unloaded.
SalvagniniPrice on request - Tube & profile · auto loading
Simec LTS3 3 kW fibre laser for tube and profile production
The Simec LTS3 is a 3 kW tube fibre laser for repeat runs of metal tubes and sections. Assess the mix of holes, slots and cut-offs in a typical programme. Specify the heaviest stock bar, finished part lengths and number of section changes per shift. Confirm loading, outfeed zones and handling of the remnant after the last part.
SimecPrice on request - Tube & profile · compact
Simec LTS1.5 compact 1.5 kW tube and profile fibre laser
The Simec LTS1.5 is a compact 1.5 kW tube fibre laser for series production. Simec lists Ø12–120 mm for round tubes. Check section limits and wall thickness separately for square and rectangular stock. Provide a typical part with holes, along with raw tube and finished part lengths, so infeed and outfeed can be specified.
SimecPrice on request - Tube · thin profiles, automatic loading
Mekotek FLP 6090 automatic fiber laser for small tubes
The Mekotek FLP 6090 uses an automatic magazine for small tubes and profiles, with a published round capacity up to Ø90 mm. It targets repeat parts for furniture frames, carts and stands. Trial a full bundle of your stock. Observe tube separation and the change to a different size. When comparing automatic models, measure time to the first accepted part and output between magazine refills.
Mekotek LaserPrice on request - Tube · heavy profiles, ±45° bevel
Mekotek FLP 9036 BVL PRO bevel laser with profile sensing
The Mekotek FLP 9036 BVL PRO combines a bevel head and a profile-sensing system. It measures stock geometry and corrects the toolpath for deviations within the configured working limits. Trial a section with measured bow or twist. Check hole positions and bevel geometry at both ends. Confirm how much deviation the system can compensate and set acceptance tolerances for the finished parts.
Mekotek LaserPrice on request
CO2 laser cutters and engravers (6)
For wood, plywood, acrylic, leather, textiles and paper – and with a mixed head also thin steel. Compare working area, tube power and what the price includes.
- CO2 · open · non-metals
Weni WS-B open-table CO₂ laser for non-metals
The Weni WS-B is an open-table CO₂ laser for cutting and engraving non-metal sheets. Its 1300 × 2500, 1500 × 3000 and 2000 × 3000 mm formats can handle full boards for signs, displays and decorative panels. Match the bed to purchased stock and the space needed to load it. Check how small parts sit on the honeycomb support. Trial your acrylic or plywood to assess edge finish, fine contours and extraction requirements.
Weni Solutionfrom 11 026 € (≈ 12 339 $) · net, base configuration - CO2 · enclosed · non-metals
Weni WS-C enclosed CO₂ laser for cutting and engraving
The Weni WS-C is an enclosed CO₂ laser range for cutting and engraving non-metals. The 1006, 1309, 1610 and 1810 sizes cover compact workstations and wider beds for panels. The range uses RECI laser tubes. For nameplates and personalised parts, compare fine lines, small-letter legibility and batch times. If you engrave cylindrical items, check rotary fixture dimensions and remaining working height. Specify extraction for the materials in your orders.
Weni Solutionfrom 7 876 € (≈ 8 814 $) · net, base configuration - CO2 · open · metal + non-metal
Weni WS-BM CO₂ laser for non-metals and thin metal
The Weni WS-BM is an open-bed CO₂ laser for cutting and engraving non-metals, with a head that can also cut selected thin metals. The range comes in 1325, 1530 and 2030 formats with RECI W6 or W8 tubes, depending on the version. For signs or exhibition work, request samples in both the non-metal stock and the intended thin metal inserts. Verify alloy, thickness and assist gas for metal cutting. Check focus setup and engraving quality separately on the board materials.
Weni Solutionfrom 22 184 € (≈ 24 826 $) · net, base configuration - CO2 · enclosed · metal + non-metal
Weni WS-CM enclosed CO₂ laser for non-metals and thin metal
The Weni WS-CM combines enclosed CO₂ cutting and engraving of non-metals with a head for selected thin metal sheets. It is intended for mixed work such as acrylic parts and metal inserts for the same product. Estimate how often materials change and check head and gas setup for each process. For long stock, confirm the clear feed opening and external support. Use a fine engraving and a separate metal contour to evaluate both operations.
Weni Solutionfrom 16 014 € (≈ 17 921 $) · net, base configuration - CO2 · conveyor · fabrics
Weni WS-TC conveyor CO₂ laser for textile cutting
The Weni WS-TC is a CO₂ laser for textiles and other compatible flexible non-metals. Its conveyor bed feeds material through the cutting area. Depending on the configuration, it can use a roll feeder and two synchronised heads. For apparel or upholstery, size the bed from roll width and pattern layout. Check tracking over a long feed and whether cut contours remain aligned. For a two-head trial, use a repeatable layout in both zones and measure the full batch time.
Weni Solutionfrom 18 639 € (≈ 20 859 $) · net, base configuration - CO2 · open · 2 heads
Weni WS-TLC W4×2 twin-head CO₂ laser for strip cutting
The Weni WS-TLC W4×2 is a specialised open CO₂ cutter for strips of compatible non-metal material. This configuration has two RECI W4 tubes and two cutting heads for repeat strip cutting to a specified size. Provide strip width, thickness, composition and finished-length tolerance. Check feeding with the shortest and longest blanks. Use both heads in a trial to assess edge finish and repeatability along the strip.
Weni Solutionfrom 5 132 € (≈ 5 743 $) · net, base configuration
Laser welding machines (12)
Handheld fiber laser welders for steel, stainless and aluminium – many also clean and cut. Compare power, cooling and the functions in one device.
- Single-module · water-cooled
Weni WS-EWL single-module fiber laser welder
The Weni WS-EWL is a single-module fiber laser welder with a handheld, water-cooled setup. Its control panel provides access to beam settings for work such as edge seams and joints on thin-wall metal parts. For repeat production, trial butt, fillet and lap joints at your actual thicknesses. Determine when filler wire is needed and check the finished seam against your tolerance. Confirm the welding head, source and cooling unit for the version quoted.
Weni Solutionfrom 11 000 € (≈ 12 310 $) · net, base configuration - 5 in 1 · water-cooled
Weni WS-CWM 5in1 handheld fiber laser welder
The Weni WS-CWM 5in1 is a liquid-cooled handheld fiber laser system. Its modes cover welding, spot tacking, weld cleaning, surface cleaning and thin-metal cutting. The range includes source powers from 1 to 3 kW, depending on configuration. For frames and thin-wall profiles, request a trial using your actual joint gap and fixtures. Assess bead appearance, distortion and filler wire requirements. Specify the chiller, wire feeder and nozzles required for the modes you intend to use.
Weni Solutionfrom 9 162 € (≈ 10 253 $) · net, base configuration - 4 in 1 · air-cooled
Weni WS-HWM-A air-cooled 4-in-1 laser welder
The Weni WS-HWM-A is an air-cooled handheld welder in 1.5 kW V15 and 2 kW V20 versions. Alongside welding, it offers weld cleaning, cutting and spot tacking. The layout suits evaluation for stations where space for equipment is limited. Use a thin stainless sample to check seam consistency and distortion. For long seams, confirm the continuous duty rating under your shop conditions. Check how the handpiece and fiber reach around the assembled part.
Weni Solutionfrom 6 537 € (≈ 7 316 $) · net, base configuration - 4 in 1 · compact
Weni WS-T700 700 W handheld laser welder
The Weni WS-T700 is a compact 700 W handheld laser welder with air cooling. It is intended for work on thin metal parts and includes weld cleaning, cutting and an adjustable interval for spot tacking. For covers and small housings, check joint fit, tack consistency and marks on the visible face. Use your own sheet in the trial to choose the mode. Confirm the kit contents and the nozzles required for the operations you run most often.
Weni Solutionfrom 5 907 € (≈ 6 611 $) · net, base configuration - Handheld · weld, clean, cut
Mekotek FLW 1 kW handheld fiber laser welder
The Mekotek FLW 1 kW is a handheld fiber laser welder for thin-wall parts. It also offers cleaning and light cutting modes. Evaluate it for covers, signs and small assemblies where the seam is visible. Check how your actual joint gap affects the result. On cover samples, measure flatness after cooling and inspect the exposed face. Confirm wire feed, nozzles and the equipment required at the workstation.
Mekotek LaserPrice on request - Handheld · weld, clean, cut
Mekotek FLW 1.5 kW handheld fiber laser welder
The Mekotek FLW 1.5 kW handheld laser welder also offers cleaning and light cutting. For stainless enclosures and cladding, evaluate it on the fillet and lap joints used throughout a production batch. Prepare samples with two joint geometries. Compare penetration and any finishing needed on the visible seam. Check wire feeding and cooling and ask for the trial settings to be included with the quotation.
Mekotek LaserPrice on request - Handheld · weld, clean, cut
Mekotek FLW 2 kW handheld laser welding system
The Mekotek FLW 2 kW is a handheld fiber laser welding system with cleaning and light cutting modes. For batches of frames or housings with long seams, trial it on your most demanding joint. Inspect seam consistency along its full length and part geometry after cooling. Confirm cooling and duty rating for repeated cycles. Request an itemised list of nozzles and accessories for the planned operations.
Mekotek LaserPrice on request - Handheld · weld, cut, clean
Nargesa MS20 2 kW Handheld Laser Welding Machine
The MS20 is a handheld machine rated at 2 kW laser output. Nargesa lists welding, cutting and cleaning modes. Select the welding configuration for the joint and the requirement for filler wire. For a visible stainless assembly, specify the joint type, thicknesses and acceptable gap between the edges. Use the production fixture during the trial. Assess bead appearance and penetration as separate acceptance criteria. Request a welded sample and a cross-section of the weld to the drawing requirements. Check distortion after cooling and include integration with the planned laser booth in the quotation.
NargesaPrice on request - Safety booth · modular
Nargesa CSL Modular Laser Welding Safety Booth
The CSL is a modular enclosure for Class 4 laser work areas. Nargesa describes a protective window, a monitoring camera and interlocked double doors. In an MS20 installation, opening the door interrupts the laser enable signal. Size the layout around the table, workpieces and loading route. The position of the panels and doors needs to allow access for the largest part and for servicing. Nargesa provides a prior integration assessment for lasers from other manufacturers. Provide the room plan, laser model and work area dimensions for a quote. Request a booth drawing, an interlock description and the specified provisions for fume extraction.
NargesaPrice on request - 4-in-1 · 1.5 kW
Aktona TR-W1500 1.5 kW handheld laser welder
The Aktona TR-W1500 is a 1.5 kW handheld fiber laser system with welding, cutting, surface cleaning and weld-cleaning modes. It is worth evaluating for thin covers and housings where marks on the visible face matter. Provide a sample with your actual joint gap and fixtures. Compare seam appearance, distortion and the need for filler wire. Ask which equipment is supplied for the four modes and what is required to set up the workstation.
Aktonafrom 6 534 € (≈ 7 312 $) · net, base configuration - 4-in-1 · 2 kW
Aktona TR-W2000 2 kW handheld fiber laser welder
The Aktona TR-W2000 is a 2 kW handheld laser welder with cutting and cleaning modes. For repeat frame or corner assemblies, compare the complete cycle from fixturing to the finished seam. On a thin-wall profile trial, check dimensions after cooling and the appearance of the outer corner. If filler is planned, specify the wire feeder and rollers. Confirm which welding head and source are included in the exact version quoted.
Aktonafrom 7 890 € (≈ 8 830 $) · net, base configuration - 4-in-1 · 3 kW
Aktona TR-W3000 3 kW handheld laser welder
The Aktona TR-W3000 is a 3 kW handheld fiber laser with four modes, including welding, cutting and cleaning. Evaluate this version on your most demanding joints, such as assemblies with different wall thicknesses. For a sample run, specify required penetration, seam length and distortion limits. Confirm the cooling package and duty cycle for extended seams. Check the quotation against the exact 4-in-1 kit, including its head and accessories.
Aktonafrom 9 020 € (≈ 10 094 $) · net, base configuration
Laser cleaning machines (3)
Remove rust, paint, oil and oxides without sandblasting or chemicals. Continuous lasers for heavy cleaning, pulse lasers for delicate surfaces.
- Continuous · water-cooled
Weni WS CLM PRO water-cooled fiber laser cleaner
Weni WS CLM PRO is a water-cooled fiber laser cleaning range. Its 1 to 3 kW versions suit applications such as removing rust and old coatings from steel parts before further processing. Use a representative sample to select power and scan width. For large assemblies, check fiber reach and access to recessed surfaces. Compare the area cleaned per hour, the finish left on the base metal and the extraction required for the specific coating.
Weni Solutionfrom 7 325 € (≈ 8 197 $) · net, base configuration - Continuous · air-cooled
Weni WS CLM-A air-cooled fiber laser cleaner
Weni WS CLM-A is an air-cooled fiber laser cleaner for removing rust, paint and contamination from metal surfaces. The 1.5 and 2 kW versions have a compact layout for shops that move cleaning work between stations. Check whether the fiber and handpiece reach around welds and ribs. For longer cleaning runs, confirm the duty cycle at your shop temperature. Compare the two power levels by timing removal of the same coating over an equal area.
Weni Solutionfrom 7 918 € (≈ 8 861 $) · net, base configuration - Pulsed · delicate surfaces
Weni WS-CLM-Pulse pulsed fiber laser cleaner
The Weni WS-CLM-Pulse uses a pulsed fiber source for local removal of deposits, oxides and coatings. It is worth trialling on tooling or precision parts where the condition of the underlying surface matters after cleaning. Provide the substrate and the type and thickness of the layer to be removed. Assess how pulse energy, lens choice and scan area affect the result. Compare cleanliness and any visible changes to the substrate before selecting the source.
Weni Solutionfrom 14 570 € (≈ 16 305 $) · net, base configuration
Laser marking machines (1)
Fiber markers for serial numbers, logos and QR codes on metal and plastics – fast, permanent and without consumables.
- Fiber marker · workstation
Weni WS-RT fiber laser marking station
The Weni WS-RT is a fiber marking station for serial numbers, codes and logos on metal parts. Select the marking field and source power for the size and type of mark. A workstation and software for variable data support repeated batch marking. For traceability, test an actual code and verify that it reads after the planned finishing step. For cylindrical parts, specify the rotary attachment and workholding. Compare configurations by cycle time and mark contrast on your material.
Weni Solutionfrom 9 845 € (≈ 11 018 $) · net, base configuration
Press brakes (7)
Hydraulic and CNC press brakes for bending sheet metal – compare force, bending length and number of controlled axes.
- Hydraulic · 700 kN
Weni WS-0725 70 t hydraulic press brake, 2500 mm
The Weni WS-0725 is a 70-tonne-class hydraulic press brake with a 2500 mm bending length. It is worth evaluating for brackets, channels and sheet metal panels with repeat bends. Calculate the bending force for the material, thickness and die opening. For a part with several folds, provide a drawing with radii, flange heights and tolerances. This gives the supplier the information needed to select tooling, backgauge travel and the bending setup.
Weni Solutionfrom 41 742 € (≈ 46 713 $) · net, base configuration - CNC press brake · 4 axes
Mekotek MKT 1560 60 t CNC press brake, 1500 mm
The Mekotek MKT 1560 is a hydraulic CNC press brake rated at 60 tonnes with a 1500 mm bending length. Y1, Y2, X and R control the ram and backgauge. The format fits shorter parts such as brackets, covers and mounting plates. On a multi-bend sample, check whether the backgauge reaches the required flanges and whether the tooling leaves room to remove the part. Select the die for material and radius, and confirm the tool package in the quote.
Mekotek LaserPrice on request - CNC press brake · 4 axes
Mekotek MKT 32135 135 t CNC press brake, 3200 mm
The Mekotek MKT 32135 is a 135-tonne CNC press brake with a 3200 mm bending length. Motorised crowning is useful on long parts such as enclosure sides, channels and reinforcing profiles. Request a full-length trial using stock from your production. Measure the angle at the centre and both ends, and specify the acceptable bend radius. Confirm backgauge axes, control and die for the job.
Mekotek LaserPrice on request - Press brake · 1500 mm · 40 t
Nargesa MP1500CNC 1500 mm 40 t Hydraulic Press Brake
The MP1500CNC hydraulic press brake has a 1500 mm bending length and 40 t of force. CNC control positions the vertical Y axis and the back gauge on the X axis. The standard package includes Promecam tooling. For enclosures, covers and brackets, flange size depends on how the blank locates against the gauge. Bend sequence determines whether a previously formed edge will clear the punch. The motorised vertical R axis for the back gauge is an option. Trial the part with the longest bend and the one with the shortest flange. Request a force calculation for the selected material and V opening, then measure the bend angle and flange dimensions on the samples.
NargesaPrice on request - Press brake · 3100 mm · 160 t
Nargesa MP3160CNC 3100 mm 160 t Hydraulic Press Brake
The MP3160CNC hydraulic press brake has a 3100 mm bending length and 160 t nominal force. The CNC controls the Y1 and Y2 vertical axes and the X backgauge axis. A motorised R backgauge axis is optional. Long channels, panels and covers need a consistent angle along the bend. Ask for a suitable punch and V opening for the chosen material. Show the deepest flange and bend sequence in section so the supplier can check clearance around the tooling and frame. On a sample of representative length, measure the angle at both ends and in the middle. Check straightness and flange size against the part drawing.
NargesaPrice on request - Hydraulic CNC · 1000 kN · 2000 mm
Aktona WC41-100T20 100 t hydraulic press brake, 2000 mm
The Aktona WC41-100T20 is a hydraulic press brake rated at 100 tonnes with a 2000 mm bending length. Its Delem DA41T control sets the ram and backgauge axes. The format is suited to brackets, covers and short sheet-metal channels. The catalogue package describes a multi-V die, a two-section punch and a foot switch. For multi-bend parts, supply a drawing with radii and flange heights. Check the die opening and required bending force for your material before comparing quotes.
Aktonafrom 20 121 € (≈ 22 517 $) · net, base configuration - Hydraulic CNC · 1600 kN · 3200 mm · 4 axes
Aktona WC58-160T32 160 t CNC press brake, 3200 mm
The Aktona WC58-160T32 is a 160-tonne CNC press brake with a 3200 mm bending length. The DA58T controller operates X, Y1, Y2 and R. Crowning compensation is relevant when bending long panels and formed beams. For comparison, request a full-length bend on your part. Measure the angle at both ends and at the centre, and check backgauge access on narrow flanges. Confirm which multi-V die, supports and punch are included in the quotation.
Aktonafrom 38 207 € (≈ 42 757 $) · net, base configuration
Compressors, gas generators and extraction (7)
What a laser workshop needs around the machine: screw compressors, nitrogen and oxygen generators, fume filtration, dust separators and workshop cranes.
- Dust separator
Weni FD500 / FD700 cyclone dust separator
The Weni FD500 / FD700 cyclone separates particles from an extraction airstream. Air enters tangentially and swirls inside the body, directing coarser particles toward the wall and down into the collection bin. In a dusty process, the cyclone can act as a pre-separator ahead of fine filters. Choose FD500 or FD700 against the working airflow and available pressure. Allow room to empty the bin and specify downstream filtration for the type of dust collected.
Weni Solutionfrom 3 019 € (≈ 3 379 $) · net, base configuration - Fume filtration
Weni WS-TK cartridge dust extraction and filtration
The Weni WS-TK range extracts and filters dust from industrial equipment. The WS-TK4, WS-TK6 and WS-TK8 differ in cartridge count and airflow capacity. Compressed-air pulses clean the filter cartridges during use. For laser table extraction, specify the airflow required against the duct resistance. Identify the materials being processed and expected dust loading. Include final filtration, the air discharge arrangement and access for cartridge replacement in the layout.
Weni Solutionfrom 10 475 € (≈ 11 723 $) · net, base configuration - PSA nitrogen
Weni WS-NG-600 PSA nitrogen generation system
The Weni WS-NG-600 produces nitrogen from treated compressed air using pressure swing adsorption (PSA). The package can include compression, filtration, drying, buffer vessels and a booster for supplying assist gas to a fiber laser. For stainless parts, evaluate gas purity and edge appearance on a representative cut. Ask for the available flow at the agreed pressure and purity, including peak demand. When comparing with delivered cylinders, factor in electricity, servicing and the laser's operating hours.
Weni Solutionfrom 26 227 € (≈ 29 351 $) · net, base configuration - PSA oxygen · 25 m³/h
Weni WS-OG-1500 PSA oxygen generation system
The Weni WS-OG-1500 is an industrial system that generates oxygen from compressed air by pressure swing adsorption. One application is fiber laser cutting of carbon steel where oxygen is regularly used as the assist gas. Use your cutting schedules to compare laser demand with the package's output. Specify purity, flow and pressure at the machine inlet. Ask the supplier to identify the oxygen-service components and the documentation for integration into your plant.
Weni Solutionfrom 181 144 € (≈ 202 718 $) · net, base configuration - Workshop crane
Weni WS-LC270 pillar-mounted jib crane
The Weni WS-LC270 is a pillar-mounted jib crane for local material handling. A suitably rated vacuum gripper can transfer sheets from a pallet to a laser table. Reach and drive options depend on the work area. Include the heaviest sheet, lifting equipment and gripper in the load assessment as specified by the supplier. Plot the pick-up and set-down points and check reach at both. Confirm the mounting arrangement, power supply and whether the gripper is part of the quotation.
Weni Solutionfrom 3 507 € (≈ 3 925 $) · net, base configuration - Screw compressor · 16 bar
Weni AC-20HP-500 screw compressor, 16 bar and 500 L
The Weni AC-20HP-500 combines a 15 kW screw compressor with a horizontal 500 L receiver and a maximum pressure of 16 bar. It can supply shop equipment, including compatible lasers that use compressed air as an assist gas. Match free air delivery at operating pressure to demand from the laser and other connected equipment. Specify the dryer and filters for the air quality required at the laser inlet. The receiver buffers demand peaks, while compressor output determines how much air is available continuously.
Weni Solutionfrom 7 482 € (≈ 8 373 $) · net, base configuration - Screw compressor · 16 bar · 380 l
Aktona 16 bar 15 kW screw compressor with dryer
The Aktona 15 kW, 16 bar screw compressor is a package for CNC equipment, including lasers configured for compressed-air cutting. Its refrigerated dryer and filters condition the air before it reaches the machine. Size the package for nozzle demand and pressure losses through the air line. Compare delivered flow at working pressure with the most demanding cut. Ask for the actual receiver size, air quality after filtration and service intervals in the quote.
Aktonafrom 6 308 € (≈ 7 059 $) · net, base configuration
Tube and pipe benders (4)
CNC roll benders and non-mandrel tube benders for round and square tube – compare capacity, radius and control.
- CNC tube bender · 3 rollers
Nargesa MC550CNC Three-Roll CNC Tube and Section Bender
The MC550CNC uses three driven rolls and independently positioned lower shafts. The CNC predicts bend radii and coordinates the axes through transitions between segments with different curvature. The configuration suits repeat batches of curved frames where one piece contains several radii. Long stock needs support and room to travel through the bend. The machine can work vertically or horizontally according to part geometry and available space. Submit the radii and transition points on the drawing. Measure the bent sample for remaining straight ends and compare the transition areas with the template.
NargesaPrice on request - CNC tube bender · 3 rollers
Nargesa MC650CNC Three-Roll Tube and Profile Bender
The MC650CNC combines three driven rolls with CNC radius prediction and axis interpolation. The lower shafts are independently positioned. The catalogue lists round tube capacity up to 101.6 mm with appropriate tooling. On a structural component with a long arc and a tighter transition, the entire contour must repeat after unloading. Define the beginning and end of each zone and the reference face on the section. For long stock, evaluate horizontal operation with supports. Inspect symmetry, transition areas and straight lengths on the trial piece. Ask the supplier to recall the saved programme and run a second length of stock from the same batch.
NargesaPrice on request - Tube bender · without mandrel
Nargesa CC60 CNC Non-Mandrel Rotary Tube and Pipe Bender
The CC60 CNC bends tube around a rotary die without an internal mandrel. Nargesa lists bends up to 180° with the appropriate tool. One listed S275 capacity is 2-inch Schedule 40 pipe with a 60.3 mm outside diameter. The machine suits parts with defined bend locations, such as handles, tube frames and U-shaped components. When a tube has several bends, the drawing needs the spacing and orientation of each bend plane. Match the working radius to the tooling proposal. Send a drawing with the bend angles, centreline radii and straight lengths. On the sample, measure the angle after release and inspect the section around the bend for ovality and wrinkling.
NargesaPrice on request - Tube bender · without mandrel
Nargesa CC90 CNC Non-Mandrel Rotary Tube Bender
The CC90 CNC bends tubes around a rotary die without a mandrel. Nargesa lists bends up to 180° depending on the tooling. Examples in the capacity table include 88.9 × 4 mm stainless tube and 60 × 60 × 4 mm square tube. For a tubular frame with multiple bends, define centreline radii, angles and tangent lengths. Select the die for the outside dimensions and material. With larger stock, check the sweep of the part between successive bends. Request a trial of the most demanding radius, angle and wall combination. Measure ovality, end locations and the straight length required for the mating assembly.
NargesaPrice on request
Hydraulic shears (2)
Hydraulic guillotine shears for sheet metal – compare cutting length, thickness and back gauge.
- Guillotine shear · 3055 mm · CNC
Nargesa C3006 CNC 3055 mm Hydraulic Guillotine Shear
The C3006 CNC has a 3055 mm cutting length for straight cuts on three-metre sheets. Nargesa rates it for 6 mm steel at 450 N/mm² and 4 mm stainless steel at 700 N/mm². On long strips for cladding and folded sections, sheet weight affects loading and offloading. Check front support and how the cut strip will be received. Specify the narrowest strip width in the production mix. Include a full-length cut and a narrow part in the trial. Check straightness, twist and edge quality along the cut before the next bending operation.
NargesaPrice on request - Guillotine shear · 2030 mm · CNC
Nargesa C2006 CNC 2030 mm Hydraulic Guillotine Shear
The C2006 CNC is a vertical-cut hydraulic guillotine with a working length of 2030 mm. Nargesa rates it for up to 6 mm steel at 450 N/mm² and 4 mm stainless steel at 700 N/mm². For batches of cabinet door, panel or cover blanks, the backgauge sets the cut width. Its listed travel is 700 mm. The front squaring arm aligns the sheet to the blade. Supply sheet with a known thickness and tensile strength for a trial. Measure both ends of several consecutive blanks and compare the diagonals when the part must be square.
NargesaPrice on request
Broaching machines (1)
Machines that cut keyways and internal notches in gears, pulleys, sprockets and bearings – compare broaching width, force and the largest part.
- Broaching · keyways up to 25 mm
Nargesa BM25 Vertical Hydraulic Keyway Broaching Machine
The BM25 is a vertical hydraulic machine for broaching internal keyways. Nargesa lists 10 t force, a 600 mm stroke and a maximum keyway width of 25 mm. Typical workpieces are hubs, pulleys and gears. Tool selection starts with the finished bore diameter, keyway width and depth. The guide bush and fixture need to locate the part on the broach axis. Provide the hub length, material and assembly tolerance. Measure the width and depth on a trial part and check the fit with the actual key. If production covers multiple bore sizes, confirm which bushes and broaches are included.
NargesaPrice on request
Horizontal press brakes (3)
Horizontal hydraulic presses for bending flat bar, sheet and tube, punching and cold forming – with gauges and software.
- Horizontal press · 20 t · CNC
Nargesa PP200CNC 20 t Horizontal Hydraulic Bending Press
The PP200CNC is a 20 t horizontal hydraulic press. Its standard package includes a four-V bending die. Operation-specific tools extend the press to tube-end forming, notching and punching. For a bracket with inward-facing ends, check whether the final bend is accessible. The punch and die must provide clearance for the legs that have already been formed and allow the completed part to be removed. Provide the flat pattern and finished drawing. Ask for a trial of the full sequence, including the last bend. Check which tools and positioning accessories the supplier includes in the quote.
NargesaPrice on request - Accessory · CNC back gauge
Nargesa Motorised Backgauge for the PP200CNC Horizontal Press
This accessory positions the workpiece on the X axis of the PP200CNC horizontal press. X travel is 1210 mm. The ESA S625 controls the programmed positions, while the transverse Z position is set manually. It is useful when successive bends need different distances from the part edge, such as a bracket with two legs. The programme moves the stop for each operation. The fingers must contact a usable face and clear the part as it takes shape. Request a demonstration with your tooling and blank. Check access to the locating face, stop positions at each step and the finished flange dimensions after bending.
NargesaPrice on request - Software · bending simulation
Nargesa PP200CNC Sheet Metal Bending Simulation Software
Nargesa's simulator is a Windows application for preparing programmes for the PP200CNC horizontal press. It supports numerical and graphical programming and checks the bend sequence, flat pattern and possible collisions. Nargesa specifies a perpetual licence. For a part with several bends, the programme can be prepared at a separate computer. Use the actual tool and part geometry to assess clearance for formed legs and the backgauge on the final operation. Evaluate it with a drawing of your own bracket. Compare the proposed sequence with the available tooling, transfer the programme using the supported workflow and measure the trial part.
NargesaPrice on request
Power hammers and gas forges (4)
Power hammers and propane forges for artistic and ornamental forging.
- Power hammer · 50 kg
Nargesa PH50 Pneumatic Power Hammer with Built-In Compressor
The PH50 is a pneumatic forging hammer with a built-in compressor and a 50 kg nominal dropping weight. Nargesa lists 240 blows per minute. Different dies and tools allow heated steel to be drawn out and shaped. For a transition from solid bar to a reduced end, specify the length and shape of the transition. The dies and clearance around them determine which areas remain accessible. Check support and foundation requirements in the machine documentation. Request a trial on the starting section used in production. Measure finished length and cross-section and inspect the surface marks.
NargesaPrice on request - Gas forge · 3 burners
Nargesa H3 Three-Burner Propane Forge
The H3 is a propane forge with three independently operated burners. The usable chamber is 464 × 100 × 240 mm and the front opening is 420 × 100 mm. The wide access allows room to plan several bar ends or a broad blank. When the forge supplies a press or hammer for a batch of ornamental parts, define how many blanks must be ready per cycle. Give the supplier the section size, quantity and layout in the chamber. Check heat distribution with a representative load. During the demonstration, compare blanks from the centre and ends of the arrangement. Evaluate whether transfer to the next operation matches the planned production cadence.
NargesaPrice on request - Gas forge · 2 burners
Nargesa H2 Two-Burner Propane Forge
The H2 has two independently operated propane burners and a usable chamber of 324 × 100 × 240 mm. A vermiculite divider is supplied to reduce the chamber volume when required. This configuration suits a forge shop alternating between short tips and wider ornamental blanks. The front opening is 280 × 100 mm and the side opening is 140 × 100 mm. Choose the access route for the part size and orientation. Show the supplier how the widest blank will enter and where it will be formed. Compare the work with small and larger loads and confirm the gas installation requirements in the manufacturer's documentation.
NargesaPrice on request - Gas forge · 1 burner
Nargesa H1 Single-Burner Propane Forge
The H1 is a compact single-burner propane forge. Its usable chamber is 140 mm wide, 100 mm high and 236 mm deep. These dimensions are a useful starting point when sizing a forge for bar ends and short blanks. For a forged fence picket tip, specify the length that needs heating. Nargesa provides a removable rear door for access to the middle of a longer bar. Check the clearance around the forge and the stock support. Provide the section size and a typical batch quantity for a quotation. Compare the time to prepare the first piece and the rate at which heated stock can reach the next operation.
NargesaPrice on request
CNC tube and profile punching machines (11)
CNC and hydraulic lines that punch and cut tubes, angle and channel steel – racks, solar structures, furniture, fences.
- CNC punching + cutting · 10–80 t
AONA CNC Tube Punching and Cut-to-Length Line
This line combines servo feeding, programmed hole punching and cut-off. AONA offers configurations for round and square tubes and other sections with compatible tooling. For mounting members and frame components, the distance from the cut end to the first hole often determines fit-up. Each part family needs a defined die, reference face and starting position. Stored programmes help a shop return to a previous run after a changeover. Submit two representative drawings with different lengths and hole pitches. Request sample parts after the tool change and check the first and last parts of a run against the same drawing tolerance.
Aona MachineryPrice on request - CNC punching · several tubes at once
AONA Fully Automatic CNC Tube Punching Machine
This automated line produces repeated hole patterns in metal tubes. The CNC sets positions along the stock. AONA offers feeding and punching equipment tailored to the production brief. In a long run, throughput depends on how stock enters the machine and how finished parts are collected. Machory shows a configuration that processes four tubes in parallel. The fixture and the number of positions need to match the actual section and hole pitch. Describe how stock is supplied, how many part types run in a shift and how punched parts are collected. Compare accepted tubes per complete cycle with loading included.
Aona MachineryPrice on request - CNC punching · 70–120 strokes/min
AONA CNC Tube Punching Machine with Programmable Pitch
Servo feeding positions the tube for regularly or irregularly spaced holes. AONA describes CNC punching for round, square and rectangular sections with dies matched to the part. Consider this configuration when different products start from pre-cut blanks. Two mounting supports can use the same tube section with different hole counts and distances from the end. Stored programmes retain the layouts, while the die determines the hole shape. Run two hole patterns on the same stock during a trial. Measure the first and last hole positions, check repeatability after switching programmes and inspect the tube wall around each opening.
Aona MachineryPrice on request - CNC punching · PVC and metal tubes
AONA CNC PVC Pipe Punching Machine
The PVC version uses CNC control to position holes and set their count. The die and pipe support need to match the plastic grade, outside diameter and wall thickness. On perforated pipes for air or water distribution, regular pitch is only one requirement. Edge quality and preservation of the pipe shape matter as well. Use the same PVC grade intended for production when comparing tooling and clamping proposals. Send a stock sample with the hole layout. Check hole diameter, pitch and pipe ovality on the trial piece. Inspect around the openings for visible stress whitening or cracks.
Aona MachineryPrice on request - CNC punching · round tubes
AONA CNC Round Tube Punching Machine with Rotary Positioning
This CNC machine is configured for round tubes. For parts with holes at different angular positions, a rotary fixture can combine axial feed and rotation in one programme. A typical part has two opposing holes and a third at another point around the circumference. Define the angular datum, the axial position and the alignment required between opposite holes. The clamp and support need to suit the outside diameter and wall thickness. Request a sample covering every position on the drawing. Check the angular spacing and inspect the tube for ovality around the punched openings.
Aona MachineryPrice on request - Hydraulic punching · flatten, punch, cut
AONA Hydraulic Tube Punching and End Flattening Machine
This hydraulic machine punches tubes using interchangeable tooling. Machory shows an end-processing configuration that can flatten, punch and cut on one machine. A representative part is a tubular brace with a flattened mounting tab. Fit depends on the tab width, the hole centre and the orientation of the flattened section. Include the transition from the tube to the flat tab on the drawing so the tooling proposal reflects the finished part. Request a trial part that includes every required operation. Check fit-up and confirm which tools for flattening, punching and cut-off are supplied with the machine.
Aona MachineryPrice on request - CNC angle line · 10–100 t
AONA CNC Steel Angle Punching and Cutting Line
The line feeds and clamps steel angle, punches a programmed pattern and cuts the part to length. The programme defines the pitch, number of positions and feed for each part. Angle brackets and supports can have holes on one or both legs. Mark the datum edge, orientation and first hole from the end. AONA describes a back-pull option for holes close to the end, so identify that feature when comparing setups. Trial the shortest part and the part with the smallest hole-to-end clearance. Measure the hole positions on both legs and verify the overall length after cut-off.
Aona MachineryPrice on request - Hole punching + flanging · 25–80 t
AONA Pipe Hole Punching and Collar Forming Machine
This machine forms a raised collar around an opening in the pipe wall. The collar provides a mating surface for a branch in parts such as duct sections or tubular assemblies. The finished geometry depends on the opening diameter as well as the height and shape of the collar. Provide drawings of the main tube and the mating part so the supplier can match the tooling to the section, wall and material. Measure the inside diameter, height and uniformity of the formed collar. Test the branch fit around the full opening and ask for a sectioned sample if the remaining wall thickness in the formed area is critical.
Aona MachineryPrice on request - CNC punching + cutting · ±0.05 mm
AONA 4-Cylinder CNC Tube Punching and Cutting Machine
This line uses four hydraulic cylinders. Two perform punching and two handle cut-off. A servo feed positions the stock for the programmed sequence of operations. The cylinder count describes how the work is divided. The quoted fixtures and dies determine how many tubes run together, which hole shapes can be made and how close an operation can be to the cut end. Those details make it possible to compare competing configurations for the same part. Provide a drawing with the full hole pattern, part length and tolerances. Ask for the operation sequence and a measured cycle from feeding through to the finished cut piece.
Aona MachineryPrice on request - CNC C-channel line · 10–100 t
AONA CNC C-Channel Punching Machine for Steel Profiles
The machine feeds and clamps a steel C-channel for programmed punching. Servo positioning sets the pitch and hole count for repeat parts used in support or racking systems. Profiles with the same external width can leave different tool clearances when they have return lips. Supply the full cross-section, profile orientation and hole map for the web or flanges. Pay particular attention to the hole nearest the end. Ask for a trial on the longest channel in the job. Check cumulative pitch error along the row of holes and verify alignment with the actual brackets or connectors.
Aona MachineryPrice on request - CNC profile punching · up to 120 holes/min
AONA CNC Punching Machine for Steel Channels and Angles
This hydraulic CNC machine uses servo feed to punch steel channels and angles. AONA describes options for stock up to 6 m, subject to the section and the order specification. For a shop with a mixed order book, switching between channels and angles is a key consideration. The different reference surfaces call for compatible guides and dies. A saved programme restores the hole pattern, while the setup must also restore the physical datum. Supply one representative drawing for each section. Time the changeover in a trial and check the first hole positions after restarting with the second section.
Aona MachineryPrice on request
Pipe cutting machines (5)
Saw, angle and roll cutting machines for tubes – automatic feeding, cut to length, burr-free edge.
- Roll cutting · 6 m
AONA Automatic Pipe Roll Cutter with Hydraulic Feeding
This roll cutting machine cuts pipe to length with automatic hydraulic feeding. AONA lists a length of up to 6 m. Ask the supplier to specify the maximum incoming stock length and maximum finished part length separately. For batches of duct parts, metal furniture or tubular assemblies, evaluate the full incoming stock length. Consecutive cuts need to stay within the length tolerance as the feed approaches the end of the pipe. Give the supplier the incoming and finished lengths and the expected lot size. Ask for a trial on one full stock length, the number of accepted pieces and the size of the end remnant. Confirm how finished pieces transfer to the next operation.
Aona MachineryPrice on request - Cold roll cutting · Ø8–260 mm
AONA Automatic Roll Cutter for Round Tubes Ø8–260 mm
This version uses a rotating roller tool for cold cutting round tubes. AONA lists an Ø8–260 mm range. Wall capacity and the setup depend on the diameter, material and configuration. For short sleeves and spacers, both overall length and the usable bore after cutting matter. Compare samples at the smallest and largest sizes in your job using the actual steel grade and wall thickness. Measure several parts for length, ovality and the condition of the inside edge. Request a feed-to-discharge cycle time for each representative size.
Aona MachineryPrice on request - Rotary cold cutting · 6 m
AONA Automatic Rotary Cold Cutting Machine for Pipe
This machine uses a cutting wheel for rotary cold cutting of pipe. AONA describes versions for steel, stainless steel and other materials, with suitability confirmed for the specific pipe. For a pipe that will receive a coupling or undergo further forming, the inside edge affects fit-up. On galvanised stock, include any coating requirements near the cut. Match the wheel to the material and wall thickness. Ask for a cut made on your actual pipe. Measure the bore around the cut and check the fit of the mating component before selecting the setup.
Aona MachineryPrice on request - Saw cutting · roller feed · 6 m
AONA Automatic Tube Saw with Roller Feed
Rollers position the tube for a programmed cut on the circular saw. The Machory configuration lists sections up to 100 × 100 mm with walls up to 2 mm and incoming stock up to 6 m long. This is a candidate for batches of straight blanks for panels, frames and stands. Compare the number of usable pieces produced from a full stock length. Account for saw kerf, any initial end trim and the remnant left by the feed system. Have the supplier cut the shortest and longest parts in your usual mix. Measure several consecutive pieces and check end squareness and edge condition on your actual material.
Aona Machinery7 900 $ (≈ 7 059 €) · delivery not included - Angle saw · 0–180°
AONA Semi-Automatic Mitre Saw for Tubes and Profiles
This semi-automatic circular saw makes mitre cuts on metal tubes and profiles. In the quoted setup a pneumatic cylinder clamps the part, then the saw feeds, cuts and retracts. The listed sections run from 10 × 10 to 100 × 100 mm with 1.5–2 mm walls. A typical job is cutting left- and right-hand mitres for a frame. Confirm the usable section size at the angle you need, since the cutting geometry changes with the angle and the orientation of the stock. Ask for a pair of matching cuts in your own section. Bring the ends together and check the joint gap, included angle and edge condition before welding.
Aona Machinery6 500 $ (≈ 5 808 €) · delivery not included
Tube end forming and thread rolling (3)
Machines that reduce, expand and form tube ends and roll threads – handles, poles, furniture and exhaust tubes.
- Tube ends · automatic line
AONA Automatic Tube Loading, Swaging and Thread Rolling Line
The line feeds the tube, swages the end and rolls an external thread. AONA lists a base range of Ø10–60 mm with options for the tube size and thread type. A typical part is a tubular handle or pole that screws into a fitting. The reduced diameter, thread length and transition to the full tube need to match the assembly drawing together. Evaluate accepted parts after all three operations. Provide the incoming length, material and wall thickness. Ask for a sample that fits the actual connector and record the changeover time between sizes.
Aona MachineryPrice on request - Thread rolling · Ø3–200 mm
AONA AN-PTR200 Thread Rolling Machine for Tubes and Bars
The AN-PTR200 forms straight external threads on tubes or bars with two rolling dies. Match the roller set to the thread form, pitch and blank size. The hollow drive design provides through-feed for long stock. Confirm the available clearance and support on both sides of the machine, along with the thread length required on the finished part. Have the supplier roll a sample using your actual material. Check the thread with an appropriate gauge and the mating component used in assembly.
Aona MachineryPrice on request - Tube end forming · Ø120 × 5
AONA TM120NC Hydraulic Tube End Forming Machine
The TM120NC is a hydraulic tube end former. The tooling determines whether the end is reduced or expanded. AONA lists PLC control and a servo die change drive for the documented configuration. For a telescoping assembly, specify the diameter after forming and the insertion length into the mating part. Include a longitudinal section of a transition end so the supplier can see where the geometry changes. Request samples of the most demanding size in the run. Measure the formed length and concentricity, then check the fit with the actual mating tube.
Aona MachineryPrice on request
Rack beam welding machines (3)
Automatic welding of pallet-rack and shelf beams to their connectors – 4 or 6 torches at once.
- Rack beam welding · 2 stations
AONA Two-Station Pallet Racking Beam Welding Machine
Two stations separate handling from welding. While one station welds the beam and its end connectors, the other can be unloaded and prepared for the next part. The arrangement is relevant to regular batches with a steady supply of prepared beams and connectors. Output depends on positioning time, torch time and the station transfer. For mixed lengths, confirm how each fixture is adjusted. Request a timed trial with the stations alternating. Count completed beams over a representative run and check the loading and unloading arrangement at your beam length and weight.
Aona MachineryPrice on request - Shelf beam welding · 4 torches
AONA Automatic Shelf Rack Beam Welding Machine
This machine locates a shelf beam and its end brackets in a fixture for automatic welding. AONA describes pneumatic clamping, length adjustment and configurations with torches working at both ends together. In a batch of shelf beams, bracket geometry affects how each beam fits the uprights. Submit the beam and bracket drawings with the required weld locations so the supplier can match the fixture to the assembly. Inspect the trial beam after it cools. Check bracket spacing and parallelism, then verify fit on the actual rack uprights.
Aona MachineryPrice on request - Rack beam welding · 6 sides
AONA Six-Side Rack Beam Welding Machine
The six-side configuration serves rack beams with end connectors requiring welds on several faces. AONA describes pneumatic clamping and a turnover mechanism to provide torch access around the beam geometry. The weld layout drives the configuration. Send drawings of both ends with the faces, seam lengths and positions marked. Show restricted areas around the connector in section so the supplier can assess torch access. On the trial beam, verify that all specified seam locations are covered and check dimensions after cooling. Compare the time for the full sequence with turnover included.
Aona MachineryPrice on request
Rack upright roll forming lines (5)
Lines that punch, roll form and cut pallet-rack uprights from coil – with the punch in the line or as a separate punching section.
- Upright line · up to 5 mm · up to 30 m/min
Gasparini TWIN / PRO pallet rack upright roll forming line
The Gasparini line forms the uprights that determine the beam mounting pitch in a pallet rack. Provide the section range, slot drawing and expected lot sizes when discussing a TWIN or PRO configuration. Confirm the tooling change procedure across sizes and check a sample upright with the rack beam connector.
GaspariniPrice on request - Upright line · strip up to 500 × 3.5 mm
DREISTERN rack upright roll forming system
DREISTERN can integrate strip perforation ahead of the upright forming passes. Rotary or press punching can be specified to suit the hole pattern and production brief. Check the finished slots against the beam connector and set longitudinal tolerances for uprights that carry several beam levels.
DREISTERNPrice on request - Upright line · 1.5–3 mm · 10–20 m/min
Linbay roll forming line for perforated pallet rack uprights
The Linbay line forms rack uprights with perforations for beams at different elevations. Define the section, hole geometry and repeating pitch when specifying tools. Confirm how width changes are made and how the first hole is located relative to the cut. At acceptance, fit a connector from your rack system in several positions along the upright.
LinbayPrice on request - Upright line · up to 2.5 mm · up to 30 m/min
Zhongtuo pallet rack upright roll forming line
Zhongtuo's line forms steel pallet rack uprights with a repeated hole pattern for beam connectors. Define the cross-section, slot shape and pitch, and the distance from the end of the upright to the first slot. A trial length assembled with the matching connector and base plate will show whether the perforation and end positions line up as required.
ZhongtuoPrice on request - Upright line · 1.6–2.5 mm · 6–10 m/min
Tacon YX82 rack upright roll forming machine, 83/103/122 mm
The YX82 is Tacon's catalog offering for roll forming steel rack uprights. The listing gives sizes of 83, 103 and 122 mm. Match them to the section drawing and confirm the tooling and setup changes for each size. Check the longitudinal hole positions against the beam connector before defining the production series.
Tacon Forming MachineryPrice on request
Rack beam roll forming lines (4)
Roll forming lines for box beams and step beams of pallet racks – forming, closing the box section and cutting to length.
- Beam line · up to 80 m/min (double box profiles)
DREISTERN roll forming system for rack beams and box beams
DREISTERN applies two-stage roll forming to storage rack beams and closed box sections. Specify the finished beam geometry, size range and seam requirements for the closed profiles. Check the formed section with its end connectors and review how tooling is changed between the profiles you plan to manufacture.
DREISTERNPrice on request - Box beam line · 1.5–3 mm · 10–20 m/min
Linbay interlocking box beam roll forming line
The Linbay line produces box beams for pallet racks. In the interlocking build, the two formed sections must close consistently along the length. Provide the beam and end-connector drawings together with steel thickness. At acceptance, inspect the seam, straightness and cut accuracy on the longest beam you intend to make.
LinbayPrice on request - Step beam line · 1.5–2 mm · flying saw
Linbay step beam roll forming line with flying saw
The Linbay line roll forms stepped rack beams with a ledge for the decking or panel. A travelling saw follows the moving section during the cut, allowing continuous feed. Supply the ledge dimensions, steel thickness and length range for the trial. Check cut finish and how the decking seats on the finished beam.
LinbayPrice on request - Box beam line · 1.0–3.0 mm
YingYee heavy-duty rack box beam roll forming line
YingYee's line produces closed box-section beams for storage racks. Define the section, material and joining method for the formed parts. Confirm which closing, cut-off and discharge stations are included in the quotation. Inspect a sample for dimensional fit and seam closure with the specified end connectors.
YingYee MachineryPrice on request
Rack bracing roll forming lines (1)
Roll forming lines for the diagonal and horizontal bracing of rack frames – forming from strip, punching and cutting.
- Bracing line · two rows · 1.5–2 mm
Linbay double-row roll forming machine for rack cross bracing
The Linbay double-row machine roll forms steel cross braces for rack frames. Supply the sections and hole locations of both parts so the tooling for each row can be specified. Assemble trial braces with an actual upright and fasteners. Check that the ends seat correctly and the holes align throughout the frame.
LinbayPrice on request
Eccentric presses (2)
Mechanical C-frame eccentric presses for stamping, blanking and bending – rack connectors, base plates and other sheet-metal parts.
- C-frame press · 100–4500 kN · 20–230 strokes/min
Sangiacomo T CE C-frame mechanical eccentric press
The Sangiacomo T CE range comprises mechanical eccentric presses with a C-frame for die operations on metal parts. Select a size using the load required through the working stroke, die dimensions and available shut height. Define the material, operation and part handling arrangement when assessing the configuration for the production cycle.
Sangiacomo PressePrice on request - C-frame press · 800 kN · 60 strokes/min
WORLD JH21-80 80-ton C-frame mechanical press
The WORLD JH21-80 is a C-frame mechanical press with a nominal 80-ton rating for die work. For punching or forming, compare the die's load requirement with the press rating through the working stroke. Check the available shut height, bolster dimensions and fit with the planned feeding equipment for repeat production.
WORLD (Yingxin World Machinery)Price on request
Deburring and grinding machines (2)
Belt, brush and polishing machines that remove burrs and oxide and round the edges of parts after laser, plasma and punching.
- Deburring · 1000 mm · 2 belts + polisher
Aktona RRP1000 deburring machine with linear polishing
The Aktona RRP1000 processes flat parts across a 1000 mm working width. Two abrasive belt modules remove burrs left by laser cutting, punching or plasma cutting. A linear polishing module addresses the appearance of the exposed face. Vacuum and magnetic tables suit different small-part holding conditions. Test your shortest part and a panel where the finish direction is visible. Check whether the linear module is included in the quoted configuration and which abrasives it uses.
Aktonafrom 10 603 € (≈ 11 866 $) · net, base configuration - Deburring · 1300 mm · 2 belts + flap brushes
Aktona RRW1300 deburring and edge rounding machine
The Aktona RRW1300 is a through-feed deburring machine with a 1300 mm working width. Two belt modules take off burrs, and a flap brush module works the edge. The sequence fits parts that go on to coating or assembly. On perforated panels, inspect both the inner contours and the outside perimeter. Select vacuum or magnetic hold-down for the material and part size. If a specific edge radius is required, measure it on a sample and check how the result holds after an abrasive change.
Aktonafrom 21 455 € (≈ 24 010 $) · net, base configuration
Robotic welding cells (2)
Welding robots with rotary tables, positioners and tracks – repeatable MIG/MAG welds on frames, structures and series parts.
- Robot cell · rotary table Ø800 · 500 kg
Aktona robotic MIG/MAG welding cell with rotary table
The Aktona cell pairs a six-axis MIG/MAG robot with a rotary table. The positioner turns the assembly to bring seams into the torch's working range. It is worth evaluating for repeat frames and mounting assemblies. Include the part and fixture weight and envelope in the specification. Time the complete cycle with loading, repositioning and unloading. Confirm the workholding, guarding and acceptance trials covered by the quotation.
Aktonafrom 22 495 € (≈ 25 174 $) · net, base configuration - Robot cell · 4 m track · 1000 kg positioner
Aktona robotic MIG/MAG welding cell with track and positioner
The Aktona MIG/MAG cell combines a track-mounted six-axis robot with a headstock and tailstock positioner. Linear travel lets the torch follow seams on long fabrications, while rotation provides access at different weld positions. Check end seams, areas behind stiffeners and space for fixture attachment. Include tacking and repositioning in the cycle. Confirm actual travel, load capacity and the cell guarding covered by the project.
Aktonafrom 33 798 € (≈ 37 823 $) · net, base configuration