Sheet & Plate Cutting
A fiber-laser sheet cutter for carbon steel, stainless and aluminum — fast, accurate cuts with a clean edge that needs little finishing. Maker-backed, with exchange-table, fully enclosed builds from 3 kW to 30 kW.
Range
Models & Cutting Capacity
Exchange-table cutters in four work-area sizes, plus small-format precision models — all sharing the same fiber-cutting platform.
3015 · 3 kW · 3.0 × 1.5 m
Entry exchange-table cutter. 3 kW fiber source; carbon steel to 18 mm, stainless to 10 mm. Suited to thin- and mid-gauge sheet work.
4020 · 6 kW · 4.0 × 2.0 m
Production workhorse. Carbon steel to 27 mm, stainless to 18 mm. The same 6 kW class is also supplied at 6.0 × 1.5 m and 6.0 × 2.0 m work areas.
3015 · 30 kW · 3.0 × 1.5 m
Ultra-high-power flagship. Carbon steel to 55 mm, stainless to 45 mm. For heavy plate and high-throughput fabrication.
Why This Cutter
Built for Daily Production
Tightly focused fiber cutting on a rigid, enclosed platform — clean edges, low distortion and uptime that holds across long runs.
A tightly focused beam leaves a kerf of roughly 0.08–0.1 mm and a smooth, low-distortion edge.
One sheet loads while another is cut, keeping the machine running for daily production.
Positioning accuracy of ±0.03 mm/m, with ±0.02 mm/m repeatability on the models rated for it.
High-power fiber sources handle everything from thin sheet to thick plate up to 55 mm carbon.
What It Is
What Is Sheet Metal Laser Cutting?
A sheet metal laser cutting machine uses a focused fiber-laser beam to cut flat metal sheet — carbon steel, stainless and aluminum — fast, accurately and with a clean edge. The laser melts and blows away a narrow line of metal as the head follows the part path, leaving a kerf of roughly 0.08–0.1 mm. Because heat is tightly focused, distortion stays low and most parts come off the table ready to use. An exchange (shuttle) table lets one sheet load while another is cut.
Specifications
Key Specifications & Performance
Three power builds across four work-area sizes. Values below are typical; final specification is confirmed per order.
| Feature | Detail |
|---|---|
| Laser power | 3000 W / 6000 W / 30000 W |
| Work area | 3.0 × 1.5 m to 6.0 × 2.0 m (larger formats on request) |
| Precision models | 1390 · 1300 × 900 mm (6 kW, carbon steel to 20 mm); 6060 · 600 × 600 mm (1500 W) |
| Cut thickness — carbon steel | ≤ 18 mm (3 kW) · ≤ 27 mm (6 kW) · ≤ 55 mm (30 kW) |
| Cut thickness — stainless | ≤ 10 mm (3 kW) · ≤ 18 mm (6 kW) · ≤ 45 mm (30 kW) |
| Materials | Carbon steel, stainless steel and aluminum sheet |
| Traverse speed | 60 m/min on exchange-table models; up to 70 m/min on 4020 and 1390 |
| Positioning accuracy | ±0.03 mm/m |
| Machine accuracy | ±0.02 mm |
| Worktable load | up to 3800 kg |
| Table / enclosure | Exchange (shuttle) table, fully enclosed |
| Power supply | 380 V / 50 Hz |
Core components include a Maxphotonics fiber source, Raytools auto-focus head and Raytools XC3000S CNC, Hiwin linear guides and rack-and-pinion drive. Maximum single-pass figures are material-dependent; other power tiers available on request.
Applications
What It Cuts — Applications
Sheet laser cutting suits clean, repeatable parts across fabrication, machinery, appliances and subcontract work.
Comparison
Comparison & Selection Guide
Why an exchange-table fiber cutter — and how to pick power and format.
Match power to your thickest material and throughput; match work area to your largest sheet.
Compliance
Certifications & CE Compliance
Machines are CE-marked; CE documentation is available on request. Destination requirements (SASO/SABER, GCC, UKCA) are handled per market.
Installation
On-site or remote on-boarding for your team.
Training
Operator training on setup, nesting and CNC.
After-sales
Ongoing support and spare parts, worldwide.
1-Year Warranty
One-year warranty with installation, training and after-sales support.
Get Started
Get a Quote on Your Sheet Laser Cutter
Tell us your material, thickness, sheet size and throughput and we’ll spec the right power and format.