01
Sheet metal fabrication
Enclosures, cabinets, ducting and brackets — cut square and ready to weld.
Applications
One laser platform,
dozens of industries
Tell us what you make — sheet parts, tube frames, welded assemblies, letters or marked tools — and we match the machine, the parameters and the price to the job.
- Carbon steel
- Stainless steel
- Aluminum
- Galvanized
- Brass & copper
- 7machine categories
- 5metals, one platform
- 60 kWmax laser power
- 24 hreply, working days
01 — Industries
What our customers make
Six industries account for most of our orders. Pick the closest one and we will show you the cuts we already run for it.
02
Kitchen & catering equipment
Sinks, worktops, hoods and shelving with clean, weld-ready stainless edges.
03
Advertising & signage
Channel letters, light boxes and stainless letter faces, cut and marked in one pass.
04
Automotive & vehicle parts
Brackets, chassis plates, exhaust parts and small-batch production without retooling.
05
Tube, frame & furniture
Handrails, trusses, gym frames and furniture tubing cut with clean, coped ends.
06
Crafts, gifts & awards
Engraved metal gifts, trophy plates and personalised signage, one piece or thousands.
02 — Materials
Material & thickness at a glance
What a fiber laser handles in a typical workshop. Exact limits depend on the power, the assist gas and the edge quality you need — treat this as a starting point, not a guarantee.
| Material | Typical thickness* | Cutting | Welding / finishing |
|---|---|---|---|
| Carbon steel | 0.5–60 mm | Oxygen for thick plate, nitrogen for thin sheet | Weldable; oxide edge may need cleaning |
| Stainless steel | 0.5–50 mm | High-pressure nitrogen, low dross | Weld + clean for a uniform finish |
| Galvanized steel | 0.5–10 mm | Fiber cut, coating vapor handled by extraction | Weld with care — remove zinc at the seam |
| Aluminum | 0.5–40 mm | Nitrogen, reflective surface handled by fiber source | Weld, mark or clean after cutting |
| Brass & copper | 0.5–20 mm | Higher reflectivity — confirm with a video of your drawing | Marking and cleaning rather than welding |
* Typical ranges for our 1.5–60 kW platform. Exact limits depend on power, gas and the edge you need; other grades are quoted after we check your drawing. Send your drawing →
03 — By process
Start from the process, not the machine
Most buyers know the job, not the model number. Choose the process you need and see the machines built for it.
Sheet cutting
Flat parts from 0.5 mm to heavy plate — enclosures, panels, brackets and covers.
View sheet cutting machinesTube cutting
Round, square, rectangular and oval profiles — handrails, frames, trusses, furniture.
View tube cutting machinesSheet & tube in one
Mixed workshops that cut both — one bed, one controller, less floor space.
View sheet & tube machinesFully enclosed
Closed cabin for fume, dust and noise-sensitive workshops and cleaner production areas.
View enclosed machinesLaser welding
Thin-sheet seams with low distortion — kitchen equipment, panels, stainless assemblies.
View welding machinesCleaning & marking
Remove rust, paint and weld oxides, or mark logos, serials and QR codes without consumables.
View marking & cleaning04 — Cutting stills
Edges you can judge for yourself
Stills from cuts we have filmed. Ask for the material and thickness you work with and we will send a video of a comparable part.
05 — FAQ
Questions buyers ask before choosing
Which machine do I need for my industry?
It depends on the part, not the industry name. Most sheet-metal, kitchen-equipment and signage work runs on a sheet-cutting machine plus laser welding; frame and furniture work adds a tube-cutting machine; marking and cleaning are separate jobs. Send a drawing and we will name the model and power instead of guessing.
Do you send physical samples?
Normally no — we don't ship sample pieces. Instead we cut your drawing (or a comparable test part in the same material and thickness) on the recommended machine, film it, and send you the video with the parameters used. You see the edge, dross and cutting speed without paying courier and customs.
What file formats do you accept?
DXF, DWG, STEP and IGES for drawings, or a dimensioned PDF when that is all you have. For tube parts, include the profile size and wall thickness.
How thick can a fiber laser cut?
Across our 1.5–60 kW platform, published capability tops out around 60 mm carbon steel, 50 mm stainless, 40 mm aluminum, 10 mm galvanized and 20 mm brass or copper on the highest-power models. Most workshops run far below those maxima. The real limit depends on the machine power you choose, assist gas and the edge quality you accept — the table above is a starting point, not a guarantee.
Can one machine cut both sheet and tube?
Yes. Sheet & tube machines cut flat parts and profiles on the same bed, which suits workshops that do both but cannot dedicate floor space to two machines.
Do you process non-metal materials?
No. Our fiber laser systems are built for metals — carbon steel, stainless, galvanized, aluminum, brass, copper and similar alloys. For wood, acrylic or fabric you need a different source type.
How do I get a quotation?
Send the material, thickness, part drawing and quantity. We reply with the model, the parameters we would use and an FOB price — within 24 hours on working days.
How fast can I get a cutting video?
We confirm by WhatsApp or e-mail after checking the drawing. Simple flat parts are usually filmed quickly; thick plate, tube or welding jobs need a little more setup time. The video is free — you only pay if you decide to order.
Request a Quotation
Tell us what you make
Send your material, thickness and drawing. We reply with the right model, the parameters and an FOB price — within 24 hours on working days.
- Model, power and gas recommendation in the reply
- Reply in English, Spanish, Portuguese or Russian
