TRUMPF TruPunch 2000 S

$180,000 – $280,000 Updated 2026-03-17

Key Specifications

punching force

220 kN (24.7 US ton)

sheet size capacity

1,250 x 2,500 mm (49.2 x 98.4 in)

sheet thickness max

6.4 mm mild steel / 4 mm stainless / 8 mm aluminum

number of tool stations

Up to 20 stations (mixed)

punching speed

Up to 400 hpm (single hit)

repositioning speed

80 m/min (X and Y axes)

Overview

The TRUMPF TruPunch 2000 S is the servo-electric variant of TRUMPF's entry-level TruPunch 2000, replacing the hydraulic drive with an all-electric servo axis for the punch ram. The 'S' designation marks the shift to servo-electric technology — the same fundamental drive architecture used in TRUMPF's higher-end punching lines — at an accessible price point. The servo-electric ram delivers programmable stroke depth and speed, enabling precise forming operations that a hydraulic punch cannot replicate. Energy consumption drops significantly compared to hydraulic punch presses because the servo only draws power during the actual stroke rather than maintaining a continuous hydraulic pump.

The TruPunch 2000 S punches mild steel up to 6.4 mm, stainless steel up to 4 mm, and aluminum up to 8 mm from a 1,250 x 2,500 mm coordinate table. The CNC turret accommodates up to 20 tool stations in a mixed configuration that covers the full range of standard punching, forming, threading, and marking operations. Punching speed reaches up to 400 hits per minute at single-hit mode, with multi-hit nibbling and forming strokes at lower rates. Positioning speed is 80 m/min on both axes.

The servo-electric ram makes the TruPunch 2000 S significantly quieter than hydraulic machines — a consideration for shops installed in mixed manufacturing or office-adjacent environments. Noise levels during punching are measurably lower, and the absence of hydraulic oil eliminates the maintenance tasks associated with hydraulic system upkeep. The servo drive's repeatability also improves consistency on forming operations like countersinks, thread forms, and shallow draws where depth accuracy affects part quality.

TRUMPF programs the TruPunch 2000 S with TruTops Punch CAM software, which provides offline nesting, tool assignment, and NC code generation. The machine integrates into TRUMPF's TruConnect digital manufacturing platform for production monitoring, maintenance alerts, and OEE tracking. For shops operating multiple TRUMPF machines, the common software ecosystem reduces training overhead and enables unified production planning across laser and punch operations.

Full Specifications

Parameter	Value
Punching Force	220 kN (24.7 US ton)
Sheet Size Capacity	1,250 x 2,500 mm (49.2 x 98.4 in)
Sheet Thickness Max	6.4 mm mild steel / 4 mm stainless / 8 mm aluminum
Number Of Tool Stations	Up to 20 stations (mixed)
Punching Speed	Up to 400 hpm (single hit)
Repositioning Speed	80 m/min (X and Y axes)
Drive Type	Servo-electric ram
Control System	TRUMPF BOSCH Rexroth / TruTops Punch
Throat Depth	Approx. 1,300 mm
Machine Weight	Approx. 8,200 kg (18,078 lb)
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

Servo-electric drive eliminates hydraulic oil maintenance and reduces energy consumption — power is drawn only during the actual punch stroke
Programmable stroke depth enables precise forming operations (countersinks, threads, embossments) with repeatable depth accuracy not achievable with hydraulic systems
Significantly quieter operation than hydraulic punch presses — suitable for mixed-use facilities and enclosed production environments
Compatible with the full TRUMPF tooling ecosystem and TruTops Punch CAM software
TruConnect digital connectivity enables OEE monitoring and maintenance alerts within the TRUMPF production ecosystem

Limitations

Up to 20 tool stations is lower than mid-range and high-end TRUMPF models — high-variety jobs may require tool changes between setups
Lower maximum hit rate compared to TRUMPF's flagship TruPunch 3000/5000 — throughput ceiling limits productivity on volume runs
Automation compatibility is more limited than larger TruPunch models — SheetMaster integration is possible but not all automation options are available
Entry-level positioning in the TRUMPF lineup means fewer advanced features like active die, forming tool management, and part ejection systems

Best For

Small to mid-size fabrication shops entering servo-electric CNC punching with TRUMPF tooling compatibility and software ecosystem HVAC, electrical enclosure, and sheet metal product manufacturers running standard gauges at moderate production volumes Shops upgrading from hydraulic punch presses who want servo-electric quiet operation, lower maintenance, and better forming capability Facilities co-located with offices or other operations where punch press noise is a constraint Manufacturers wanting TRUMPF ecosystem entry for eventual upgrade to higher-capacity TruPunch models

Frequently Asked Questions

01 What is the difference between the TruPunch 2000 S and the standard TruPunch 2000?

The 'S' designates the servo-electric ram drive. The standard TruPunch 2000 uses a hydraulic punch mechanism; the 2000 S uses an all-electric servo for the punch ram. The servo version offers programmable stroke depth, lower energy consumption, quieter operation, and lower maintenance — no hydraulic oil or hydraulic seals to maintain. Processing capacity (force, sheet size, material) is similar between the two.

02 How does the programmable stroke depth benefit forming operations?

Servo-electric rams allow the controller to specify exact stroke depth for each tool engagement, rather than relying on fixed hydraulic pressure limits. For forming tools like countersinks, thread forms, and embossments, precise depth control means the form geometry is consistent across the entire batch. Hydraulic systems maintain maximum force but cannot precisely limit depth — operators must set mechanical stops or accept variability.

03 Can the TruPunch 2000 S be integrated with automation?

Yes. The TruPunch 2000 S can be integrated with TRUMPF's SheetMaster Compact load/unload system for automated sheet feeding and part sorting. Full FMS integration is less common on entry-level models but possible for dedicated production environments. Most installations operate as standalone machines with operator loading.

04 What tooling system does the TruPunch 2000 S use?

The TruPunch 2000 S uses TRUMPF's standard thick turret tooling system, compatible with the broad TRUMPF and third-party tooling ecosystem. The turret accepts MultiTool and single-form tool stations in the standard TRUMPF station sizes. This tooling is interchangeable with other TruPunch models, protecting tooling investment during future machine upgrades.

05 How does energy consumption compare between servo-electric and hydraulic punch presses?

Hydraulic punch presses maintain a continuously running pump motor drawing full power regardless of punch frequency. Servo-electric machines draw power proportional to the actual work performed — during idle or repositioning, power consumption drops to nearly zero. In typical shop use, servo-electric punch presses consume 30-50% less energy than equivalent hydraulic machines, translating to measurable operating cost savings over the machine's lifetime.