Trumpf TruLaser Cell 8030

$650,000 - $850,000 (new, standard); $1,000,000 - $1,600,000 (large version, fully automated) Updated 2025-03-15

Key Specifications

axis travel x

3,000 mm (118 in)

axis travel y standard

1,300 mm (51 in)

axis travel y large

2,100 mm (83 in)

axis travel z standard

600 mm (23.6 in)

axis travel z large

650 mm (25.6 in)

b axis

+/- 135 degrees

Overview

The Trumpf TruLaser Cell 8030 is a high-speed 5-axis 3D laser cutting system optimized for production trimming of hot-formed and conventionally stamped automotive components. It sits alongside the Cell 5030 Hotforming Edition in Trumpf's automotive lineup but targets higher throughput with faster dynamics, larger rotary table options, and a design philosophy centered on minimizing cycle times in mass production.

The working envelope is 3,000 x 1,300 mm (standard) or 3,000 x 2,100 mm (large version) in X and Y, with Z-axis travel of 600 mm standard or 650 mm large. Maximum workpiece dimensions are 2,540 x 840 x 370 mm standard and 2,540 x 1,640 x 420 mm in the large version. The B-axis provides +/- 135 degrees and C-axis runs continuously, with dynamic cutting optics offering +/- 9 mm at 40 m/s² acceleration.

The Cell 8030 is significantly faster than the Cell 5030: 100 m/min individual axis speed versus 60 m/min, and 173 m/min simultaneous versus 104 m/min. Acceleration reaches 11 m/s² standard (10 m/s² large version). The rotary table supports up to 300 kg per station standard or 750 kg for the large version, with 4,000 mm (standard) or 5,000 mm (large) plate diameter and 1.8-second rotation time.

Laser power is 3,000-4,000 W TruFiber. Positioning accuracy is 0.08 mm linear and 0.015 degrees rotary. Non-productive time (table rotation plus positioning) is 3.7 seconds standard or 4.9 seconds for the large version -- slightly faster than the Hotforming Edition's 4.5 seconds in standard configuration.

The Cell 8030 is designed for maximum parts-per-hour on automotive structural components. The higher dynamics versus the Cell 5030 translate directly into shorter cycle times on complex 3D trim paths. For hot stamping operations running at automotive production rates (60-80 parts per hour per press), the Cell 8030's speed ensures the laser trimming cell keeps pace with upstream forming operations.

New TruLaser Cell 8030 machines start around $650,000-$850,000 for the standard version. The large version with full automation and robotic integration runs $1,000,000-$1,600,000. Like the Hotforming Edition, these are typically sold as part of complete production cell projects.

Full Specifications

Parameter	Value
Axis Travel X	3,000 mm (118 in)
Axis Travel Y Standard	1,300 mm (51 in)
Axis Travel Y Large	2,100 mm (83 in)
Axis Travel Z Standard	600 mm (23.6 in)
Axis Travel Z Large	650 mm (25.6 in)
B Axis	+/- 135 degrees
C Axis	Continuous (n x 360 degrees)
Dynamic Cutting Optics	+/- 9 mm at 40 m/s²
Max Workpiece Standard	2,540 x 840 x 370 mm (100 x 33 x 14.6 in)
Max Workpiece Large	2,540 x 1,640 x 420 mm (100 x 64.6 x 16.5 in)
Max Axis Speed Individual	100 m/min
Max Axis Speed Simultaneous	173 m/min
Acceleration Standard	11 m/s²
Acceleration Large	10 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 Standard	4,000 mm
Rotary Table Diameter Large	5,000 mm
Max Load Per Station Standard	300 kg
Max Load Per Station Large	750 kg
Rotation Time	1.8 seconds
Non Productive Time Standard	3.7 seconds
Non Productive Time Large	4.9 seconds
Simultaneous Axes	5
Maximum Number Of Axes	5
X Axis Travel Range	3000 mm
Y Axis Travel Range	1300 mm
Z Axis Travel Range	600 mm
B Axis Travel Range	± 135 °
C Axis Travel Range	n x 360 °
Axis Travel Range Of Dynamic Cutting Optics	± 9 mm
Maximum Workpiece Size In X	2540 mm
Maximum Workpiece Size In Y	840 mm
Maximum Workpiece Size In Z	370 mm
Maximum Axis Speed Axially Parallel In X	100 m/min
Maximum Axis Speed Axially Parallel In Y	100 m/min
Maximum Axis Speed Axially Parallel In Z	100 m/min
Maximum Axis Speed Simultaneous	173 m/min
Maximum Axis Speed Of B Axis	90 1/min
Maximum Axis Speed Of C Axis	90 1/min
Maximum Axis Acceleration Axially Parallel In X	11 m/s2
Maximum Axis Acceleration Axially Parallel In Y	11 m/s2
Maximum Axis Acceleration Axially Parallel In Z	11 m/s2
Maximum Axis Acceleration Simultaneous	19.1 m/s2
Maximum Axis Acceleration Of B Axis	200 rad/s2
Maximum Axis Acceleration Of C Axis	100 rad/s2
Maximum Axis Acceleration Of Dynamic Cutting Optics	40 m/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	300 kg
Work Stations	2
Typical Total Non Productive Time	3.7 s
Typical Rotation Time	1.8 s
Diameter Of Rotary Plate	4000 mm
Working Height	700 mm
Maximum Productivity	Compared to the previous model, you now benefit from even higher acceleration and Dynamic Level 3.
Minimal Non Productive Time	The optimized rotary table is the fastest on the market. With the rotation time of 1.8 seconds (which is 20% shorter), the overall performance is increased with each component.
High Level Of Robustness	Experience gained from the largest installed base design of 3D hot-forming machines has been applied to the new machine.
Diverse Functions	Optimized production processes due to functions such as X-Blast technology or ObserveLine Comfort & Professional

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

Strengths & Limitations

Strengths

173 m/min simultaneous speed is 66% faster than the Cell 5030 -- the fastest 3D laser trimming cell in Trumpf's lineup
1.8-second rotary table rotation with 3.7-second non-productive time maximizes parts-per-hour in pendulum operation
Large version with 5,000 mm rotary table and 750 kg capacity handles bigger and heavier parts than the Hotforming Edition
Dynamic cutting optics at 40 m/s² enable high-speed contour following on complex hot-stamped 3D surfaces
11 m/s² acceleration (standard) outperforms the Cell 5030 Hotforming Edition's 9.5 m/s²
Available in standard and large configurations to match part size requirements without oversizing the investment

Limitations

Focused entirely on automotive trimming -- not a multi-process machine like the Cell 3000 or Cell 7040
3,000-4,000 W laser power is designed for sheet-gauge trimming only -- not suitable for thick plate or heavy welding
Large version pricing reaches $1.6 million with full automation -- significant capital for a single-purpose cell
Requires custom fixturing for each part number, adding engineering cost and lead time for new applications
Very specialized resale market -- only relevant to automotive 3D laser trimming operations

Best For

High-volume automotive hot stamping operations where cycle time is critical to match press output rates Body-in-white production lines trimming A-pillars, B-pillars, side members, and structural reinforcements Tier 1 automotive suppliers needing the fastest available 3D laser trimming for competitive pricing Large-part automotive applications (large version) -- side panels, door rings, and full body sides Operations upgrading from Cell 5030 to gain 66% faster dynamics and shorter cycle times EV manufacturers trimming hot-stamped structural battery enclosure components at production volumes

Frequently Asked Questions

01 What does a Trumpf TruLaser Cell 8030 cost?

Standard version starts around $650,000-$850,000. The large version with full automation and robotic integration runs $1,000,000-$1,600,000. Pricing depends heavily on fixturing complexity, automation level, and integration requirements.

02 How does the Cell 8030 compare to the Cell 5030 Hotforming Edition?

The Cell 8030 is faster: 100 m/min vs 60 m/min individual, 173 m/min vs 104 m/min simultaneous, 11 m/s² vs 9.5 m/s² acceleration. It also has a faster rotary table (1.8s vs 2.4s rotation), lower non-productive time (3.7s vs 4.5s), and the large version option for bigger parts. Choose the Cell 8030 for maximum throughput; choose the Hotforming Edition for a more cost-effective solution when cycle times are less demanding.

03 What is the standard vs large version?

The standard version has a 1,300 mm Y-axis, 4,000 mm rotary table, and 300 kg load capacity per station. The large version extends Y-axis to 2,100 mm, uses a 5,000 mm rotary table, and supports 750 kg per station. The large version handles bigger parts (door rings, side panels) and heavier fixtures. Choose based on your largest part size.

04 What cycle times can the Cell 8030 achieve?

Typical automotive structural parts (B-pillars, bumper beams) run 15-35 seconds per part on the Cell 8030 -- roughly 20-30% faster than the Cell 5030 on equivalent parts due to the higher dynamics. With 3.7-second non-productive time, the machine can process 100-200+ parts per hour depending on part complexity, comfortably matching hot stamping press output rates.

05 Can the Cell 8030 also do laser welding?

No. The Cell 8030 is a dedicated 3D laser cutting system. For multi-process capability including welding, look at the TruLaser Cell 3000 (small parts) or Cell 7040 (large parts). The Cell 8030's design is optimized entirely for maximum trimming throughput, and the laser power (3-4 kW) and head configuration are cutting-specific.