Trumpf TruLaser Cell 5030 Hotforming Edition

$600,000 - $800,000 (new); $1,000,000 - $1,500,000 (fully automated cell) Updated 2025-03-15

Key Specifications

axis travel x

3,300 mm (130 in)

axis travel y

1,500 mm (59 in)

axis travel z

600 mm (23.6 in)

b axis

+/- 135 degrees

c axis

Continuous (n x 360 degrees)

max workpiece dimensions

2,840 x 1,040 x 370 mm (112 x 41 x 14.6 in)

Overview

The Trumpf TruLaser Cell 5030 Hotforming Edition is a specialized 5-axis 3D laser cutting system designed specifically for trimming hot-stamped (press-hardened) automotive body components. Hot-formed parts -- A-pillars, B-pillars, door rings, bumper beams -- are among the hardest materials in automotive manufacturing, with tensile strengths exceeding 1,500 MPa. Conventional mechanical trimming wears tooling rapidly and struggles with the material's extreme hardness. Laser cutting handles hot-stamped parts without tool wear, making it the dominant trimming method in this segment.

The working envelope is 3,300 x 1,500 x 600 mm (130 x 59 x 23.6 in) with +/- 135 degrees B-axis and continuous C-axis rotation. Maximum workpiece dimensions are 2,840 x 1,040 x 370 mm (112 x 41 x 14.6 in), which accommodates the full range of automotive structural components. Five simultaneous axes provide complete access to complex 3D contours.

Axis speeds reach 60 m/min individually and 104 m/min simultaneously, with 9.5 m/s² individual acceleration and 16.5 m/s² simultaneous -- faster acceleration than the standard Cell 5030 (8 m/s² individual, 13.8 m/s² simultaneous). Positioning accuracy is 0.08 mm on linear axes and 0.015 degrees on the B-axis. Laser power ranges from 3,000 to 4,000 W using TruFiber solid-state sources.

The Hotforming Edition features a rotary table with two work stations, 4,000 mm plate diameter, and 260 kg maximum load per station. Typical rotation time is 2.4 seconds with total non-productive time of 4.5 seconds. This dual-station design enables pendulum operation: while one part is being laser trimmed, the operator (or robot) loads/unloads the other station. Non-productive time drops to near zero.

The machine is purpose-built for the automotive hot stamping market, where production volumes are high and cycle time requirements are demanding. Every major hot stamping operation worldwide -- from Gestamp and Magna to tier 1 body-in-white suppliers -- uses 3D laser trimming as the standard finishing process.

New TruLaser Cell 5030 Hotforming Edition machines start around $600,000-$800,000. Fully automated with robotic loading, part fixturing, and integration into a hot stamping production line, pricing reaches $1,000,000-$1,500,000. These machines are typically sold as part of complete hot stamping cell projects.

Full Specifications

Parameter	Value
Axis Travel X	3,300 mm (130 in)
Axis Travel Y	1,500 mm (59 in)
Axis Travel Z	600 mm (23.6 in)
B Axis	+/- 135 degrees
C Axis	Continuous (n x 360 degrees)
Max Workpiece Dimensions	2,840 x 1,040 x 370 mm (112 x 41 x 14.6 in)
Max Axis Speed Individual	60 m/min
Max Axis Speed Simultaneous	104 m/min
Max Acceleration Individual	9.5 m/s²
Max Acceleration Simultaneous	16.5 m/s²
B Axis Acceleration	200 rad/s²
C Axis Acceleration	100 rad/s²
Positioning Accuracy Linear	0.08 mm
Positioning Accuracy Rotary	0.015 degrees
Laser Power	3,000 - 4,000 W
Laser Type	TruFiber
Rotary Table Diameter	4,000 mm
Rotary Table Stations	2
Max Load Per Station	260 kg
Rotation Time	2.4 seconds
Total Non Productive Time	4.5 seconds
Simultaneous Axes	5
Maximum Number Of Axes	5
X Axis Travel Range	3300 mm
Y Axis Travel Range	1500 mm
Z Axis Travel Range	600 mm
B Axis Travel Range	± 135 °
C Axis Travel Range	n x 360 °
Maximum Workpiece Size In X	2840 mm
Maximum Workpiece Size In Y	1040 mm
Maximum Workpiece Size In Z	370 mm
Maximum Axis Speed Axially Parallel In X	60 m/min
Maximum Axis Speed Axially Parallel In Y	60 m/min
Maximum Axis Speed Axially Parallel In Z	60 m/min
Maximum Axis Speed Simultaneous	104 m/min
Maximum Axis Speed Of B Axis	60 1/min
Maximum Axis Speed Of C Axis	60 1/min
Maximum Axis Acceleration Axially Parallel In X	9.5 m/s2
Maximum Axis Acceleration Axially Parallel In Y	9.5 m/s2
Maximum Axis Acceleration Axially Parallel In Z	9.5 m/s2
Maximum Axis Acceleration Simultaneous	16.5 m/s2
Maximum Axis Acceleration Of B Axis	200 rad/s2
Maximum Axis Acceleration Of C Axis	100 rad/s2
Positioning Accuracy Of Linear Axes	0.08 mm
Positioning Accuracy Of Rotary Axes	0.015 °
Maximum Laser Power	3000 W - 4000 W
Available Lasers	TruFiber
Maximum Loading Per Side	260 kg
Work Stations	2
Typical Total Non Productive Time	4.5 s
Typical Rotation Time	2.4 s
Diameter Of Rotary Plate	4000 mm
Working Height	700 mm
Productive	With good basic machine dynamics with Dynamic Level 3, the machine outperforms the competition in the same segment.
Short Non Productive Times	The rotary table minimizes the rotation time. When combined with optimized approach and departure motions, short non-productive times can be achieved.
Outstanding Robustness	Experience gained from the largest install base design of 3D hot-forming machines has been applied to the new machine.
Diverse Functions	Optimum production processes due to functions such as X-Blast technology, FastLine Cell Basic or ObserveLine Comfort & Professional.

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

Strengths & Limitations

Strengths

Purpose-built for hot-stamped automotive parts -- optimized cycle times, fixturing, and part handling for press-hardened components
Dual-station rotary table enables pendulum operation with only 4.5 seconds non-productive time between parts
Higher acceleration than standard Cell 5030 (9.5 m/s² vs 8 m/s²) for faster 3D contour following on complex body parts
No tool wear when cutting 1,500+ MPa hot-stamped steel -- laser cuts hardened material without degradation
5-axis simultaneous motion provides complete access to complex 3D contours on A-pillars, B-pillars, and structural reinforcements
Industry-standard technology in hot stamping production -- proven in high-volume automotive manufacturing worldwide

Limitations

Highly specialized machine -- not practical for general-purpose fabrication or diverse job shop work
3,000-4,000 W laser power limits cutting thickness compared to 2D flatbed machines -- designed for sheet-gauge hot-stamped parts only
0.08 mm positioning accuracy is adequate for automotive trimming but less precise than the Cell 3000's 0.015 mm
Requires purpose-built fixturing for each part number, adding cost and setup time for new applications
Limited resale market -- buyer pool is exclusively automotive hot stamping operations

Best For

Automotive hot stamping operations trimming press-hardened body-in-white components (A-pillars, B-pillars, door rings) Tier 1 and Tier 2 automotive structural component suppliers processing ultra-high-strength steel parts Hot stamping cell integrators building complete production lines with automated part handling Operations replacing mechanical die trimming with laser trimming to eliminate tool wear on hardened steel High-volume automotive production requiring pendulum operation with minimal non-productive time EV manufacturers processing hot-stamped battery enclosure and structural components

Frequently Asked Questions

01 What does a Trumpf TruLaser Cell 5030 Hotforming Edition cost?

The standalone machine starts around $600,000-$800,000. Fully automated with robotic loading, custom fixturing, and production line integration, pricing reaches $1,000,000-$1,500,000. These machines are typically sold as part of larger hot stamping cell projects rather than standalone purchases.

02 What is hot forming / hot stamping?

Hot stamping (also called press hardening or hot forming) is a process where sheet steel is heated to about 900 degrees C and then simultaneously formed and quenched in a cooled die. The result is a part with tensile strength exceeding 1,500 MPa -- roughly 3x stronger than conventional stamped steel. These parts are used in automotive crash structures (A-pillars, B-pillars, bumper beams) to meet safety requirements while reducing weight.

03 Why can't you use conventional trimming on hot-stamped parts?

Hot-stamped parts at 1,500+ MPa are extremely hard. Mechanical trimming tools (punches and dies) wear out rapidly, requiring frequent sharpening and replacement. Laser cutting produces no tool wear because there's no physical contact with the workpiece. The laser also handles the complex 3D contours of body-in-white parts that would require expensive multi-axis die sets for mechanical trimming.

04 How does the Hotforming Edition differ from the standard Cell 5030?

The Hotforming Edition has a slightly larger X-axis travel (3,300 vs 3,000 mm), higher acceleration (9.5 vs 8 m/s²), and is specifically optimized with rotary table pendulum operation for high-volume automotive production. The standard Cell 5030 is more general-purpose. The Hotforming Edition's design is focused entirely on maximizing throughput on hot-stamped automotive components.

05 What cycle times are achievable on the Hotforming Edition?

Cycle times depend on part complexity, trim length, and material thickness. Typical automotive structural parts (B-pillars, bumper beams) run 20-45 seconds per part. With the dual-station rotary table's 4.5-second changeover, the machine can process 80-180 parts per hour depending on part geometry. These rates match the cycle times of upstream hot stamping presses.