Trumpf TruLaser Cell 3000

$400,000 - $600,000 (new); $700,000 - $900,000 (fully equipped with automation) Updated 2025-03-15

Key Specifications

axis travel x

800 mm (31.5 in)

axis travel y

600 mm (23.6 in)

axis travel z

400 mm (15.7 in)

b axis

+/- rotation (120 rpm)

max axis speed individual

50 m/min

max axis speed simultaneous

85 m/min

Overview

The Trumpf TruLaser Cell 3000 is a compact 5-axis laser processing cell designed for 2D cutting, 3D cutting, laser welding, and laser metal deposition on small to medium parts. Unlike Trumpf's 2D flatbed lasers that process sheet metal, the Cell 3000 handles three-dimensional workpieces -- stamped parts, hydroformed components, tubes, and formed assemblies that need precise laser processing on contoured surfaces.

The working envelope is compact but purposeful: 800 x 600 x 400 mm (31.5 x 23.6 x 15.7 in) in X, Y, and Z. An optional W1 workpiece axis expands 3D component capacity to 600 x 520 mm diameter. The machine achieves 50 m/min individual axis speed and 85 m/min simultaneous, with acceleration of 10 m/s² individual and 17 m/s² simultaneous. The B-axis rotates at 120 rpm with 130 rad/s² acceleration. Positioning accuracy is exceptionally tight at +/- 0.015 mm on linear axes and +/- 0.02 degrees on rotary.

Laser power goes up to 9,000 W using either TruDisk (disk laser) or TruFiber beam sources. The TruDisk option is significant -- Trumpf's disk lasers deliver a different beam quality profile than fiber, with advantages for welding and deposition applications where beam shape matters. The 9 kW capability makes this cell powerful enough for serious cutting and welding tasks despite its compact size.

The control system is based on Siemens 840D solutionline, customized by Trumpf for intuitive laser processing operation. This is notable because Trumpf's 2D machines use their proprietary Touchpoint HMI -- the Siemens-based control on the Cell 3000 reflects its CNC machining center heritage and the need for 5-axis simultaneous motion control.

The Cell 3000's versatility is its defining feature. A single machine can trim stamped automotive body panels, weld battery enclosures, and perform laser metal deposition for repair or additive features. This multi-process capability makes it a Swiss Army knife for shops that need laser processing flexibility in a small footprint.

New TruLaser Cell 3000 machines start around $400,000-$600,000 depending on laser source and configuration. Fully equipped with multiple process capabilities and automation, pricing reaches $700,000-$900,000. The machine competes with Prima Power Laserdyne systems and specialized 5-axis laser cells from BLM Group.

Full Specifications

Parameter	Value
Axis Travel X	800 mm (31.5 in)
Axis Travel Y	600 mm (23.6 in)
Axis Travel Z	400 mm (15.7 in)
B Axis	+/- rotation (120 rpm)
Max Axis Speed Individual	50 m/min
Max Axis Speed Simultaneous	85 m/min
Max Acceleration Individual	10 m/s²
Max Acceleration Simultaneous	17 m/s²
B Axis Acceleration	130 rad/s²
Positioning Accuracy Linear	+/- 0.015 mm
Positioning Accuracy Rotary	+/- 0.02 degrees
Laser Power	Up to 9,000 W
Laser Type	TruDisk or TruFiber
CNC Control	Siemens 840D solutionline (Trumpf-customized)
Optional W1 Axis	12-inch stroke; 600 x 520 mm diameter 3D capacity
Processes	2D cutting, 3D cutting, laser welding, laser metal deposition
X Axis Travel Range	800 mm
Y Axis Travel Range	600 mm
Z Axis Travel Range	400 mm
Maximum Axis Speed Axially Parallel In X	50 m/min
Maximum Axis Speed Axially Parallel In Y	50 m/min
Maximum Axis Speed Axially Parallel In Z	50 m/min
Maximum Axis Speed Simultaneous	85 m/min
Maximum Axis Speed Of B Axis	120 1/min
Maximum Axis Acceleration Axially Parallel In X	10 m/s2
Maximum Axis Acceleration Axially Parallel In Y	10 m/s2
Maximum Axis Acceleration Axially Parallel In Z	10 m/s2
Maximum Axis Acceleration Simultaneous	17 m/s2
Maximum Axis Acceleration Of B Axis	130 rad/s2
Positioning Accuracy Of Linear Axes	0.015 mm
Positioning Accuracy Of Rotary Axes	0.02 °
Maximum Laser Power	9000 W
Available Lasers	TruDisk, TruFiber
Process Flexibility	Welding, cutting, and LMD through simple and fast process adapter changes
Simple To Automate	For higher quantities the machine can be automated very simply in line with the customer's specific requirements.
Individual Fixture Technology	Tailor-made fixture concepts with sophisticated clamping systems and sensor systems from a single source.
Modular Construction	Easy to retrofit or upgrade with a large number of options and processing optics.
High Precision	Maximum repeatability across the entire 3D working area
Work Area For Flexible Use	Use the full work area for large installations and comprehensive automation systems.
Trudiskmaximum Performance From The Diskto The Product	TruFiberMaximum cost efficiency thanks to reliable fiber technology.
Beo D70 2large Working Distances With Small Focal Diameters	To the product group
Beo D70 2	Large working distances with small focal diameters
Pfo 14	Welding and drilling with the programmable focusing optics PFO
Pfo 20	Welding and drilling with the programmable focusing optics PFO
Pfo 33	Welding and drilling with the programmable focusing optics PFO

Specifications sourced from trumpf.com — verified 2026-03-28

Strengths & Limitations

Strengths

Multi-process capability -- 2D cutting, 3D cutting, welding, and laser metal deposition in a single compact cell
Exceptional positioning accuracy at +/- 0.015 mm linear and +/- 0.02 degrees rotary -- suitable for precision automotive and aerospace components
Up to 9 kW laser power with TruDisk or TruFiber sources -- serious cutting and welding capability in a small package
Siemens 840D control provides proven 5-axis simultaneous motion control with robust programming environment
Compact footprint makes it feasible for shops that can't accommodate full-size 3D laser processing systems
TruDisk laser option provides beam quality advantages for welding and deposition applications

Limitations

800 x 600 x 400 mm working envelope limits part size -- not suitable for large structural components or full body panels
Different control platform (Siemens 840D) from Trumpf's 2D machines (Touchpoint HMI) -- operators need separate training
Multi-process capability adds complexity -- optimizing for cutting, welding, and deposition requires different expertise
Lower axis speeds than larger Cell models (50 m/min vs 100 m/min on Cell 7040/8030) -- not designed for high-throughput production
Limited market awareness compared to Trumpf's 2D lasers -- finding experienced operators and service technicians is harder

Best For

Automotive suppliers trimming stamped and hydroformed body components on 3D contours Battery and EV manufacturers needing precision laser welding on enclosures and cell assemblies Aerospace shops performing 3D laser cutting on formed sheet metal components Tool and die shops using laser metal deposition for mold repair and surface modification Medical device manufacturers needing multi-process laser capability in a compact, precise platform R&D labs and prototype shops that need cutting, welding, and deposition flexibility in one machine

Frequently Asked Questions

01 What does a Trumpf TruLaser Cell 3000 cost?

New machines start around $400,000-$600,000 depending on laser source (TruDisk vs TruFiber) and process configuration. Fully equipped with multiple process capabilities, automation, and workpiece positioning axes, pricing reaches $700,000-$900,000.

02 What processes can the TruLaser Cell 3000 perform?

Four distinct processes: 2D laser cutting on flat parts, 3D laser cutting on contoured surfaces, laser welding for joining components, and laser metal deposition (LMD) for additive features and repair. The machine switches between processes by changing the processing head and adapting laser parameters.

03 What's the difference between TruDisk and TruFiber laser sources?

TruDisk is Trumpf's thin-disk solid-state laser, which produces a slightly different beam quality profile than the TruFiber. TruDisk excels in welding and deposition applications where beam shape flexibility matters. TruFiber is optimized for cutting applications with high brightness and efficiency. The Cell 3000 supports both, letting you choose based on your primary application.

04 How does the Cell 3000 compare to the Cell 5030?

The Cell 5030 has a much larger working envelope (3,000 x 1,500 x 700 mm vs 800 x 600 x 400 mm) and is designed for larger parts like automotive body panels. The Cell 3000 is more compact, offers higher positioning accuracy (+/- 0.015 mm vs +/- 0.08 mm), supports more processes (including welding and deposition), and has higher laser power (9 kW vs 4 kW). Choose the 3000 for small precision parts; choose the 5030 for large panel trimming.

05 Is the Siemens 840D control difficult to program?

The Siemens 840D is an industry-standard CNC control used on 5-axis machining centers worldwide. Trumpf has customized the interface for laser processing, making it more intuitive for laser-specific operations. Offline programming through CAM software (like TruTops Cell or third-party 5-axis CAM) handles most complex toolpath generation. Operators familiar with any Siemens-controlled machine will adapt quickly.

06 Can the Cell 3000 replace a dedicated laser welder?

For many applications, yes. The Cell 3000's welding capability with up to 9 kW laser power handles seam welding, spot welding, and penetration welding on a variety of metals. The 5-axis motion enables welding on 3D geometries that fixed-optic welders can't reach. However, for very high-volume dedicated welding (like battery cell welding at automotive production rates), a purpose-built welding system may offer better throughput.