Trumpf TruLaser Cell 5030

Updated 2026-03-11

Key Specifications

Weight

12,000 kg (26,455 lb)

working range x

3,000 mm (118 in)

working range y

1,500 mm (59 in)

working range z

700 mm (27.6 in)

b axis range

+/-135 degrees

c axis range

n x 360 degrees (continuous)

Overview

The Trumpf TruLaser Cell 5030 is a 5-axis 3D laser cutting and welding cell built for processing formed parts, tubes, and hydroformed components. It's not a flat-sheet machine. This is the entry point into Trumpf's 3D laser cell lineup, sitting below the larger TruLaser Cell 7040 and 8030 in the product hierarchy.

The working envelope covers 3,000 x 1,500 x 700 mm (118 x 59 x 27.6 in) on X/Y/Z, with a B-axis that swings +/-135 degrees and a C-axis that rotates continuously at n x 360 degrees. Max workpiece dimensions are 2,540 x 1,040 x 470 mm (100 x 41 x 18.5 in) with a 710 kg (1,565 lb) table load capacity. That's enough room for automotive body panels, B-pillars, structural brackets, and most hydroformed tubes you'll encounter in production.

Power comes from either a 3 kW or 4 kW TruDisk or TruFiber solid-state laser. The solid-state source cuts operating costs roughly 50% compared to older CO2 hybrid systems, and Trumpf claims a 200% productivity increase over traditional hybrid 3D machines. Material thickness capacity runs from 0.25 mm to 12.7 mm (0.01 to 0.5 in), producing burr-free cuts that don't need secondary deburring.

Linear axes move at 60 m/min (2,362 ipm) individually and 104 m/min (4,094 ipm) simultaneously, with 8 m/s2 linear acceleration and 13.8 m/s2 simultaneous acceleration. The rotary axis hits 60 RPM. Positioning accuracy lands at +/-0.08 mm on linear axes and +/-0.015 degrees on the B-axis rotary.

The flying optics design keeps the workpiece stationary while the laser head moves. That cuts the machine's footprint to about one-third less floor space than conventional hybrid systems. Installation dimensions are 9,500 x 6,300 x 2,500 mm (374 x 248 x 98 in), and the machine weighs 12,000 kg (26,455 lb).

Trumpf's X-Blast technology doubles the working distance between nozzle and workpiece, which makes a real difference on complex 3D contours where collision risk is high. The magnetic coupling system for cutting and welding optics lets you swap between processes in minutes rather than hours. A 2-in-1 laser light cable handles both cutting and welding through a single fiber, with the control automatically adapting when you change processing optics.

FocusLine technology automatically adjusts laser focus position across varying material thicknesses. ObserveLine Professional verifies optical alignment in seconds. The TruTops Cell software handles offline programming with automatic 3D fixture generation from CAD data, and TruTops Cell Basic lets operators make quick adjustments at the machine without touching NC code. Specs sourced from Trumpf published data and industry sources.

Full Specifications

Parameter	Value
Working Range X	3,000 mm (118 in)
Working Range Y	1,500 mm (59 in)
Working Range Z	700 mm (27.6 in)
B Axis Range	+/-135 degrees
C Axis Range	n x 360 degrees (continuous)
Axes	5 (X, Y, Z, B, C)
Laser Power	3,000 W or 4,000 W (TruDisk / TruFiber solid-state)
Max Workpiece Size	2,540 x 1,040 x 470 mm (100 x 41 x 18.5 in)
Max Workpiece Weight	710 kg (1,565 lb)
Material Thickness Range	0.25 - 12.7 mm (0.01 - 0.5 in)
Max Linear Speed	60 m/min (2,362 ipm) per axis
Max Simultaneous Speed	104 m/min (4,094 ipm)
Linear Acceleration	8 m/s2
Simultaneous Acceleration	13.8 m/s2
Rotary Axis Speed	60 RPM
Linear Positioning Accuracy	+/-0.08 mm
Rotary Positioning Accuracy	+/-0.015 degrees (B-axis)
Installation Dimensions	9,500 x 6,300 x 2,500 mm (374 x 248 x 98 in)
Machine Weight	12,000 kg (26,455 lb)
CNC Control	Trumpf TruTops Cell
Arno Bayer Head Of Industrial Engineering Joining At Ekpo	We particularly appreciate the TruFiber's combination of outstanding beam quality and process reliability.
Gerhard Steinhuber Samps Steinhuber Gmbh	For us, the Flex Cell is an ideal solution in terms of cost-benefit ratio.
Bjrn Mller Head Of Production Factory 2 Gedia Gmbh	It was a really good collaborative project. Together, we searched for solutions that perfectly met our individual requirements.
Joseph Gampp Division Manager Of Product Management Feinwerktechnik Hago	The technology fits perfectly into our strategic alignment.

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

Strengths & Limitations

Strengths

Flying optics design keeps the workpiece stationary, cutting footprint by a third compared to conventional hybrid 3D laser systems
2-in-1 laser light cable handles both cutting and welding through a single fiber, eliminating the need for separate laser sources or cable changes
X-Blast technology doubles nozzle-to-workpiece distance, dramatically reducing collision risk on complex 3D contours and improving process reliability
Solid-state TruDisk laser cuts operating costs roughly 50% versus CO2 hybrid systems while delivering 200% higher productivity
Magnetic coupling for optics swap lets operators switch between cutting and welding in minutes without tools, minimizing downtime
FocusLine technology automatically adjusts laser focus position across varying material thicknesses, reducing setup time between jobs
5-axis capability with +/-135 degree B-axis and continuous C-axis rotation handles complex automotive body panels, B-pillars, and hydroformed tubes

Limitations

Trumpf machines carry premium pricing and service costs compared to competitors from Amada or Mazak in the laser cutting space
3,000 mm X-axis travel limits the machine to mid-size 3D parts; larger aerospace or commercial vehicle panels may need the bigger TruLaser Cell 7040 or 8030
No CO2 laser option means the machine can't process certain non-metals (plastics, wood, acrylics) that some shops need to cut
Trumpf's proprietary TruTops Cell software ecosystem creates vendor lock-in for offline programming and post-processing
12,000 kg machine weight and 9.5 x 6.3 m footprint require substantial floor preparation and overhead clearance

Best For

Automotive Tier 1 and Tier 2 suppliers trimming and cutting openings in hot-formed body panels like B-pillars and structural reinforcements Job shops entering the 3D laser cutting market that need an affordable entry point with both cutting and welding capability Hydroformed tube processing shops that need 5-axis access to cut complex contours on formed tubular components Prototype and low-to-medium-volume production environments where frequent part changeovers demand quick setup and offline programming Deep-drawn component manufacturers that need to trim flanges and cut openings without expensive dedicated tooling

Frequently Asked Questions

01 What's the difference between the TruLaser Cell 5030 and the flat-sheet TruLaser 5030?

They're completely different machines despite the similar naming. The TruLaser Cell 5030 is a 5-axis 3D laser cutting cell with flying optics, designed for processing formed parts, tubes, and hydroformed components. The TruLaser 5030 (without 'Cell') is a flat-sheet 2D laser cutter with a shuttle table for cutting flat plate and sheet metal. The Cell 5030 has a 700 mm Z-axis and rotary axes for 3D work; the flat-sheet version processes material on a flat bed.

02 Can the TruLaser Cell 5030 do both laser cutting and laser welding?

Yes. The 2-in-1 laser light cable developed for solid-state laser operation lets you switch between cutting and welding with a single fiber. You swap the processing optics using the magnetic coupling system and the machine control automatically adapts to the new process. Trumpf's BrightLine Weld technology is available for high-quality welding applications.

03 How does the TruLaser Cell 5030 compare to the larger TruLaser Cell 7040 and 8030?

The Cell 5030 is the entry-level machine in Trumpf's 3D laser cell lineup. It has a smaller working envelope (3,000 x 1,500 x 700 mm vs significantly larger ranges on the 7040 and 8030) and lower laser power options (3-4 kW vs up to 6 kW+). The 7040 and 8030 offer larger table loads, more automation options, and higher throughput for volume production. The 5030's advantage is lower acquisition cost and a smaller footprint.

04 What materials can the TruLaser Cell 5030 process?

The solid-state laser handles mild steel, stainless steel, aluminum, copper, brass, and other metals from 0.25 mm to 12.7 mm thick. It excels at cutting hot-formed ultra-high-strength steels used in automotive body structures. Because it's a solid-state laser (not CO2), it won't process non-metals like plastics or wood.

05 What software does the TruLaser Cell 5030 use for programming?

The machine uses Trumpf's TruTops Cell for offline programming, which includes automatic 3D fixture generation from CAD data. TruTops Cell Basic provides a simplified interface for making adjustments directly at the machine through mouse clicks rather than editing NC code. The software handles both cutting and welding path programming.