Trumpf TruMatic 7000

Est. $700,000 - $900,000 (new, large format); $1,000,000 - $1,400,000 (fully automated) Updated 2026-08-10

Key Specifications

working area punching large

3,050 x 1,550 mm (120 x 61 in)

working area punching medium

2,500 x 1,550 mm (98 x 61 in)

working area laser large

3,050 x 1,550 mm (120 x 61 in)

working area laser medium

2,500 x 1,550 mm (98 x 61 in)

working area combined

2,500 x 1,550 mm (98 x 61 in)

max punching force

220 kN (24.8 tons)

Overview

The Trumpf TruMatic 7000 is Trumpf's flagship combination punch-laser machine, built for 24/7 high-performance production that demands both punching and laser cutting at the highest throughput levels. It combines 1,200 strokes per minute punching, 220 kN (24.8 tons) punching force, and a 4 kW TruFlow laser in a fully automated platform designed for demanding series production.

The machine is available in medium format (2,500 x 1,550 mm) and large format (3,050 x 1,550 mm). In punching mode, both formats cover their full working area. In laser mode, the full X and Y range is available. In combined punch-laser mode, the working area is 2,500 x 1,550 mm for both formats. Maximum sheet thickness is 8 mm for mild steel and stainless, 6 mm for aluminum.

The 4,000 W TruFlow laser is a CO2 laser, not fiber -- Trumpf uses CO2 in the TruMatic combination machines. The TruFlow's beam quality is well-suited for the contour cutting role in combination operations. Maximum marking stroke rate reaches 3,000 per minute. Tool change time is 0.3 seconds via MultiTool, matching the TruPunch 5000 as the fastest in Trumpf's lineup.

The large format carries 21 tools with 4 clamps; medium format holds 22 tools with 3 clamps. Maximum workpiece weight is 280 kg (large) or 200 kg (medium). Machine dimensions are 10,190 x 8,898 x 2,328 mm for large format -- significantly larger than the TruMatic 3000, reflecting the additional laser resonator and beam delivery system.

Power consumption averages 28.5 kW during production, substantially higher than the TruMatic 3000 due to the CO2 laser and higher punching performance. Active auto-shutdown draws 1.5 kW. The TruMatic 7000 is designed for operations where complete part production at maximum throughput justifies the higher operating cost.

The TruMatic 7000 targets high-volume production shops -- electrical panel manufacturers, HVAC equipment producers, and automotive component fabricators -- where parts require both punched features and laser-cut contours at rates that the TruMatic 3000 can't sustain.

New TruMatic 7000 machines in large format start around $700,000-$900,000. With full automation, ToolMaster magazine, and part sorting, pricing reaches $1,000,000-$1,400,000. The TruMatic 7000 competes with the Amada EML-3610 AJ and Prima Power Combi Sharp in the high-performance combination machine market.

Full Specifications

Parameter	Value
Working Area Punching Large	3,050 x 1,550 mm (120 x 61 in)
Working Area Punching Medium	2,500 x 1,550 mm (98 x 61 in)
Working Area Laser Large	3,050 x 1,550 mm (120 x 61 in)
Working Area Laser Medium	2,500 x 1,550 mm (98 x 61 in)
Working Area Combined	2,500 x 1,550 mm (98 x 61 in)
Max Punching Force	220 kN (24.8 tons)
Max Stroke Rate Punching	1,200 strokes/min (at 1 mm engagement)
Marking Stroke Rate	3,000 strokes/min
Laser Power	4,000 W (TruFlow CO2 laser)
Max Sheet Thickness Steel	8 mm (0.31 in)
Max Sheet Thickness Stainless	8 mm (0.31 in)
Max Sheet Thickness Aluminum	6 mm (0.24 in)
Tool Stations Large	21 with 4 clamps
Tool Stations Medium	22 with 3 clamps
Tool Change Time	0.3 seconds (MultiTool system)
Max Workpiece Weight Large	280 kg
Max Workpiece Weight Medium	200 kg
Machine Dimensions Large	10,190 x 8,898 x 2,328 mm (401 x 350 x 92 in)
Machine Dimensions Medium	10,190 x 8,450 x 2,328 mm (401 x 333 x 92 in)
Avg Power Consumption Production	28.5 kW
Avg Power Consumption Idle	1.5 kW
Width	10190 mm1
Depth	8898 mm1
Height	2328 mm1
Punching	1200 1/min
Marking	3000 1/min
Punching Mode X Axis	3050 mm
Punching Mode Y Axis	1550 mm
Laser Operation X Axis	3050 mm
Laser Operation Y Axis	1550 mm
Combined Operation X Axis	2500 mm
Combined Operation Y Axis	1550 mm
Maximum Sheet Thickness	8 mm
Maximum Workpiece Weight	280 kg
Maximum Punching Force	220 kN
Multitool Tool Changing Time	0.3 s
Number Of Tools Clamps	21 pieces / 4 pieces
Maximum Laser Power	4000 W
Maximum Sheet Thickness Mild Steel	8 mm
Maximum Sheet Thickness Stainless Steel	8 mm
Maximum Sheet Thickness Aluminum	6 mm
Maximum Part Size Part Removal Flap Punching	500 mm x 500 mm
Maximum Part Size Fixed Chute Punching	80 mm x 50 mm
Maximum Part Size Part Removal Flap Laser	500 mm x 500 mm
Average Power Input In Production Truflow 4000	28.5 kW
Auto Shutdown Active Truflow 4000	1.5 kW

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

Strengths & Limitations

Strengths

1,200 strokes/min punching combined with 4 kW laser cutting -- the highest-performance combination machine Trumpf offers
220 kN punching force and 8 mm sheet thickness match the TruPunch 5000's heavy-gauge capability
0.3-second tool changes and 3,000 marks/min marking speed for maximum throughput on complex parts
Complete part production at production-grade speeds -- punching, laser cutting, forming, and tapping in one setup
Both medium and large format options with full-size working areas in independent punch and laser modes
Designed for 24/7 series production with full automation, unattended operation, and automatic part sorting

Limitations

28.5 kW average production power consumption is significantly higher than the TruMatic 3000 -- CO2 laser and high-speed punching draw substantial power
Pricing starts near $700,000 and reaches $1.4 million fully automated -- the most expensive punch-based machine in Trumpf's lineup
CO2 laser (TruFlow) rather than fiber -- higher operating costs and maintenance than fiber laser technology
10,190 x 8,898 mm footprint for large format requires major dedicated floor space
Combined working area limited to 2,500 x 1,550 mm even in large format -- the full 3,050 mm X-travel only applies in punch-only or laser-only mode

Best For

High-volume electrical enclosure and switchgear manufacturers running 24/7 with complex punch-laser parts Automotive component producers needing maximum combination machine throughput for series production HVAC equipment manufacturers processing heavy-gauge (6-8 mm) sheets with both punched and laser-cut features Large-scale contract manufacturers where combination machine throughput directly impacts per-piece profitability Operations currently running separate TruPunch and TruLaser machines that could consolidate for WIP reduction Fabricators producing parts that require punching, laser cutting, forming, tapping, and marking in high-volume runs

Frequently Asked Questions

01 What does a Trumpf TruMatic 7000 cost?

Trumpf quotes the TruMatic 7000 as a project rather than a machine. Format is the first fork — 2,500 or 3,050 mm working area — and automation is the second: SheetMaster loading, SortMaster part sorting, ToolMaster magazine extension and STOPA storage integration can together exceed the cost of the base machine. Punch tooling for 21-22 stations plus MultiTool inserts is a substantial and continuing spend, and the TruFlow CO2 source brings laser gas supply and resonator servicing that a fiber machine would not. Used TruMatic 7000 machines circulate, with stroke count, resonator hours and included tooling determining value.

02 Why does the TruMatic 7000 use a CO2 laser instead of fiber?

Trumpf's TruFlow CO2 laser has been optimized for the combination machine's contour cutting role over decades of development. The CO2 beam quality and cutting characteristics complement the punching process. While fiber lasers are more energy-efficient for standalone cutting, the TruFlow CO2 integration in the TruMatic platform is mature and proven. Trumpf may transition to fiber in future generations.

03 How does the TruMatic 7000 compare to the TruMatic 3000?

The TruMatic 7000 roughly doubles the performance: 1,200 vs 650-800 strokes/min, 220 vs 165-180 kN force, 4 kW vs lower laser power, 8 vs 6.4 mm thickness, and 0.3 vs standard tool change time. The 7000 also offers large format (3,050 mm) and the ToolMaster option. The 3000 costs about 40% less and uses 70% less power. Choose based on production volume requirements.

04 Why is the combined working area smaller than the individual modes?

In combined mode, both the punching head and laser head need to reach the same area of the sheet, which constrains the working envelope. The 2,500 x 1,550 mm combined area is where both technologies overlap. In punch-only or laser-only mode, the full 3,050 mm X-axis is available because only one head needs to be positioned.

05 Should I buy a TruMatic 7000 or separate TruPunch 5000 + TruLaser?

Separate machines offer higher individual throughput and eliminate the combined working area constraint. The TruMatic 7000 eliminates material handling between machines, reduces WIP, saves floor space, and produces complete parts in one setup. Run the math: if most parts need both punching and laser cutting, the TruMatic wins on lead time. If you have distinct punching jobs and distinct cutting jobs, separate machines offer more flexibility.

06 What automation is available for the TruMatic 7000?

Full Trumpf automation: SheetMaster for automated sheet loading/unloading, SortMaster for part sorting, ToolMaster for extended tool magazine capacity, and integration with STOPA storage systems. The machine supports unattended operation across multiple shifts with automatic material handling and part removal.