Flatbed sheet cutters, tube lasers, high-power plate systems and handheld welders. Built around IPG or Raycus sources, tuned on steel in our own test bay before crating.
Enclosed cabin with exchange table for sheet metal fabrication. Single-piece welded bed, annealed and machined, so accuracy holds after years of 3-shift cutting.
Round, square and profile tube from 6 to 12 m with automatic loading. Chucks self-center in 0.05 s per clamp cycle, cutting frames for furniture, fitness and vehicle chassis.
20 to 30 kW for shipyards, construction machinery and steel service centers. Cuts 50 mm carbon steel with air on thin plate to cut gas cost per part in half.
1.5 to 3 kW handheld welder with wire feeder for stainless rail, cabinet and tank work. One day of operator training replaces years of TIG apprenticeship.
Nitrogen or air on stainless and aluminum, oxygen on carbon steel. Figures are production cutting, not brochure one-offs.
| Material | 3 kW | 6 kW | 12 kW | 20 kW | 30 kW |
|---|---|---|---|---|---|
| Carbon steel | 20 mm | 25 mm | 32 mm | 40 mm | 50 mm |
| Stainless steel | 10 mm | 16 mm | 25 mm | 30 mm | 40 mm |
| Aluminum | 8 mm | 16 mm | 20 mm | 25 mm | 30 mm |
| Brass / copper | 6 mm | 10 mm | 14 mm | 18 mm | 20 mm |
Send your part drawings and we cut them on your material during the video FAT, with edge samples mailed to you.
Mixed steel and stainless orders, nested with CypCut, exchange tables keeping the beam cutting while operators load.
Square and oval tube frames cut and slotted in one clamping, holes and copes ready for welding jigs.
30 to 50 mm plate for booms and counterweights on 20 to 30 kW systems with flash piercing.
Brackets, battery trays and chassis members in aluminum and high-strength steel, burr-free for robot welding.
Thin stainless with nitrogen for clean food-grade edges, no pickling before fabrication.
Cabinets and panels cut and etched in one program, part marking replacing paper travelers.
LASERFORGE runs a 40,000 m² plant in Suzhou with beam-welded bed fabrication, gantry machining and eleven test bays. Your machine runs a 48-hour burn-in and a filmed cutting test on your parts list, then the same engineers who tuned it handle your installation.
12 kW, oxygen assist, for an elevator manufacturer in Turkey. Dross-free edge straight to paint.
6 kW, nitrogen, mirror-finish protective film on. Zero burr on 400 panels per shift for a UAE fabricator.
Tube laser with auto loading, 4,000 frames per month for a Polish gym equipment brand, welded without rework.
A fixed sequence with a named engineer, not a sales inbox.
Send DXF files, material list and monthly volume. We reply within 24 hours with power, bed size and source recommendation.
We cut your parts on the recommended configuration and film it, edge samples shipped to your office.
Machine assembled, beam aligned and run for 48 hours. You join the FAT live or review the recording.
Sea freight in vacuum foil, engineer on site for leveling, first cut and operator training in 5 to 7 days.
Remote diagnostics over the controller, spare parts from EU or CN warehouse within 72 hours.
Electricity, gas, lens and nozzle life compared across a 3-shift job shop month.
Match source power to your thickness mix instead of buying kilowatts you will never pierce with.
When air cutting saves money and when it quietly ruins your powder coating adhesion.
Fiber lasers cut conductive sheet and tube metals: carbon steel, stainless, aluminum, brass and copper. Compared with CO2 they use around one third of the electricity, need no mirror alignment and cut reflective metals safely. For non-metals like acrylic or wood, CO2 remains the right tool.
IPG offers the longest service record and is worth the premium for 24/7 production in markets where downtime is expensive. Raycus and MAX have closed most of the reliability gap at 30 to 40 percent lower cost and we stock spares for both. We quote your machine both ways so you can see the payback math.
You prepare foundation, power and gas supply to our site checklist. Our engineer levels the bed, aligns the beam, verifies accuracy with a laser interferometer, then trains your operators on nesting, piercing parameters and daily maintenance. Typical installation is 5 to 7 working days.
Remote access to the CypCut controller for diagnostics, consumables and spare parts from Suzhou and our EU warehouse within 72 hours, and paid engineer visits at fixed day rates. Sources carry their own 3 to 5 year manufacturer warranty independent of the machine.
Yes, and you should insist on it with any supplier. Send DXF files and material specs, we cut them on the exact configuration we quote, film the run, and mail you the parts so your QC can measure edges and tolerances themselves.
Attach DXF drawings and your material list. A laser application engineer replies within 24 hours with configuration, price range and a cutting test date.