Trumpf TruLaser 3000 Bevel Cut Edition
Key Specifications
working area 3040 standard
working area 3040 bevel 50deg
working area 3060 standard
working area 3060 bevel 50deg
working area 3080 standard
working area 3080 bevel 50deg
Overview
The Trumpf TruLaser 3000 Bevel Cut Edition is a specialized variant of the TruLaser 3000 series designed specifically for weld preparation cutting. While standard 2D laser cutters produce perpendicular edges, the Bevel Cut Edition tilts its cutting head up to 50 degrees to produce chamfers, countersinks, and angled edges directly on the laser -- eliminating the secondary beveling operations that traditionally require plasma bevelers, milling machines, or manual grinding.
The machine is available in three format sizes matching the standard 3000 series. The 3040 format covers 4,002 x 2,099 mm working area for straight cuts and 3,355 x 1,600 mm for 50-degree bevel cuts. The 3060 format offers 6,067 x 2,576 mm standard and 5,420 x 2,077 mm at 50-degree bevel. The 3080 format provides 8,037 x 2,576 mm standard and 7,470 x 2,077 mm at bevel. The reduced working area during bevel cutting accounts for the head tilt geometry that requires additional clearance.
Laser power comes from the TruFiber 12001 at 12 kW. For standard perpendicular cutting, the machine handles 30 mm mild steel (35 mm with thick-sheet package), 40 mm stainless (50 mm with package), and 30 mm aluminum. Bevel cutting at 50 degrees is rated for 15 mm mild steel and 10 mm stainless -- the angled cut path through material is physically longer than perpendicular, so maximum thickness is proportionally lower.
The Bevel Cut Edition includes the full 3000 series technology stack: BrightLine fiber, CoolLine, NanoJoints, PierceLine, and collision protection. Maximum positioning speed is 170 m/min simultaneous. Average power consumption is 16 kW. The Touchpoint HMI and TruTops Boost CAM software handle both standard and bevel cutting programming.
This machine targets a very specific need: fabricators who weld thick plate and currently perform weld prep as a separate operation. In structural steel, pressure vessel, shipbuilding, and heavy fabrication shops, weld preparation can consume more labor than the cutting itself. The Bevel Cut Edition consolidates cutting and weld prep into a single machine operation, potentially eliminating an entire workstation from the production flow.
New TruLaser 3000 Bevel Cut Edition machines start around $600,000-$800,000 depending on format size. Fully loaded with automation, pricing reaches $1,000,000-$1,400,000. The premium over standard 3000 series machines is roughly 20-30%, which reflects the more complex cutting head and additional motion axes.
Full Specifications
| Parameter | Value |
|---|---|
| Working Area 3040 Standard | 4,002 x 2,099 mm |
| Working Area 3040 Bevel 50deg | 3,355 x 1,600 mm |
| Working Area 3060 Standard | 6,067 x 2,576 mm |
| Working Area 3060 Bevel 50deg | 5,420 x 2,077 mm |
| Working Area 3080 Standard | 8,037 x 2,576 mm |
| Working Area 3080 Bevel 50deg | 7,470 x 2,077 mm |
| Laser Type | TruFiber 12001 (12 kW) |
| Max Bevel Angle | +/- 50 degrees |
| Max Thickness Mild Steel Standard | 30 mm (1.18 in); 35 mm with thick-sheet package |
| Max Thickness Stainless Steel Standard | 40 mm (1.57 in); 50 mm with thick-sheet package |
| Max Thickness Aluminum Standard | 30 mm (1.18 in) |
| Max Thickness Copper | 12.7 mm (0.50 in) |
| Max Thickness Brass | 12.7 mm (0.50 in) |
| Max Thickness Mild Steel Bevel 50deg | 15 mm (0.59 in) |
| Max Thickness Stainless Steel Bevel 50deg | 10 mm (0.39 in) |
| Max Positioning Speed | 170 m/min (simultaneous) |
| CNC Control | Touchpoint HMI (touchscreen) |
| Cutting Technology | BrightLine fiber, CoolLine, NanoJoints, PierceLine |
| Avg Power Consumption | 16 kW |
| Simultaneous | 170 m/min |
| X Axis | 3355 mm |
| Y Axis | 1600 mm |
| Maximum Laser Power | 12000 W |
| Maximum Sheet Thickness Mild Steel | 15 mm |
| Maximum Mild Steel Sheet Thickness With Cutting Package For Thick Sheets | 35 mm |
| Maximum Sheet Thickness Stainless Steel | 10 mm |
| Maximum Stainless Steel Sheet Thickness With Cutting Package For Thick Sheets | 50 mm |
| Maximum Sheet Thickness Aluminum | 30 mm |
| Maximum Sheet Thickness Copper | 12.7 mm |
| Maximum Sheet Thickness Brass | 12.7 mm |
| Average Power Input In Production Trufiber 12001 | 16 kW |
| Versatile Production | Inclining the cutting unit enables chamfers and countersinks as well as angles up to - /+ 50 . |
| Fewer Work Steps | Save on subsequent processes and therefore costs for the entire assembly thanks to bevel cutting. |
| Large Variety Of Materials | Process a wide range of mild steel and stainless steel in bevel cut and continue to cut all other materials in vertical cut. |
| Universal 2d Laser Cutting Machines | In vertical cutting, you can also use all the other functions of the TruLaser Series 3000, such as Highspeed Eco, CoolLine or EdgeLine Bevel. |
Specifications sourced from trumpf.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Bevel cutting up to 50 degrees eliminates separate weld preparation operations -- chamfers, countersinks, and V-grooves cut directly on the laser
- Consolidates cutting and weld prep into a single machine, potentially removing an entire workstation from the production flow
- Full 3000 series technology (BrightLine, CoolLine, NanoJoints) available even in bevel cutting mode
- Available in three format sizes (3040, 3060, 3080) to match different sheet size requirements
- 12 kW TruFiber laser provides serious cutting capacity for both standard and bevel operations
- Laser-cut bevels are more precise and consistent than plasma or manual grinding, improving weld quality downstream
Limitations
- Working area reduces significantly during bevel cutting -- the 3040 loses nearly 650 mm in X and 500 mm in Y at 50 degrees
- Bevel cutting thickness is limited to 15 mm mild steel and 10 mm stainless at 50 degrees -- thick plate weld prep may still need secondary operations
- 20-30% price premium over standard 3000 series for the bevel cutting capability -- only justified if weld prep is a significant production bottleneck
- Only available with 12 kW laser -- no lower power options for shops that don't need maximum cutting capacity
- More complex cutting head means higher maintenance costs and more potential failure points than standard flat-cutting machines
Best For
Frequently Asked Questions
01
Pricing varies by format size. The 3040 format starts around $600,000-$700,000. The 3060 runs $700,000-$800,000, and the 3080 is $800,000+. With automation, all formats push into the $1,000,000-$1,400,000 range. The premium over equivalent standard 3000 series machines is roughly 20-30%.
02
The cutting head tilts up to +/- 50 degrees from perpendicular. This covers the vast majority of weld preparation geometries including V-grooves, K-grooves, chamfers, and countersinks. The machine can transition between perpendicular and angled cuts within a single part program, so parts come off with all weld prep completed.
03
When the cutting head tilts, it requires additional clearance from the machine frame and edges of the working area. At 50 degrees, the beam enters the material at a steep angle, and the physical geometry of the tilted head reduces the reachable area. The 3040 format loses about 650 mm in X and 500 mm in Y at maximum tilt.
04
Yes. The machine functions as a standard TruLaser 3000 series with full perpendicular cutting capability. When the head is at 0 degrees, you get the full working area and all standard cutting capabilities up to 30 mm mild steel (35 mm with package). The bevel capability is additive, not a replacement.
05
Any industry where weld preparation is a significant labor cost: structural steel, pressure vessels, shipbuilding, heavy equipment, pipeline fabrication, and tank manufacturing. Shops that currently spend hours grinding or plasma-beveling edges after laser cutting see the most dramatic ROI from the Bevel Cut Edition.
06
Laser produces more precise and consistent bevel angles than plasma, with cleaner edges that require less post-processing before welding. However, plasma can bevel thicker material (50+ mm) than the laser's 15 mm mild steel limit. For material under 15 mm, laser bevel quality is significantly superior. For thick plate above 15 mm, plasma or mechanical beveling is still required.
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