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Short-pulse lasers

TRUMPF's short-pulse lasers are the ideal, industrial-grade tool for surface treatment to microprocessing of metals, plastics, glass and ceramics. They are suitable for a variety of applications: cleaning, structuring, marking, cutting and welding. With pulse durations in the nanosecond range, power outputs of 20 to 2000 W and wavelengths in the infrared or UV range, materials can be processed extremely precisely and quickly at the same time – an ideal mix of quality and efficiency. The moderate heat input makes them flexible to use – from sensitive microprocessing to large-scale series production.

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TruPulse nano

Our flexible nanosecond laser modules – for OEMs who value maximum versatility

20 - 600 W laser power
5 beam qualities from 1.3 - 5.0 M²
Pulse duration: 3 ns - 2000 ns at up to 4 MHz
Maximum pulse energy: 0.8 - 6 mJ

The TruPulse nano portfolio offers a wide range of power levels, beam qualities and pulse parameters – individually configurable to suit the application. This allows a wide variety of materials to be precisely marked, cut, engraved or precision welded using nanosecond pulses. Our TruPulse nano is designed for integrators who combine modular components flexibly to create a bespoke solution.

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TruMicro Series 7000

Our professional solution for large-scale surface processing in series production

Average power: 1000 - 2000 W
Wavelength: 1030 nm
Pulse duration: 30 ns
Maximum pulse energy: 100 mJ at 20 kHz

The beam profile of the TruMicro 7000 series lasers makes them ideal for large-scale ablation, cleaning and structuring. With high peak pulse power for short-pulse lasers, they are even suitable for applications on highly reflective surfaces. In addition, a laser source can be connected to up to four processing stations, which can be operated in parallel or individually.

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TruMicro Series 8000

Our laser lift-off expert – developed for OLED display production

Average power: 200 W
Wavelength: 343 nm
Pulse duration: 15 ns ± 3 ns
Maximum pulse energy: 20 mJ at 10 kHz

The TruMicro Series 8000 are the world's most powerful UV solid-state lasers with an average power of up to 200 watts. Their applications can be found, for example, in the display industry, where they are used to detach the finished OLED displays from the carrier glass.

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TruMark 3330

Our UV specialist – precise and gentle on sensitive materials

Average power: 3 W
Wavelength: 355 nm
Peak pulse power: 15 kW
Component geometry: 2D+

The TruMark 3330 uses a short UV wavelength for non-destructive, high-contrast marking of plastics and non-ferrous metals such as copper and aluminum. Excellent beam quality and minimal heat input enable the highest resolutions – ideal for filigree graphics, small QR codes and micro fonts.

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TruMark 6030

Our 3D specialist – for high-end markings and surface processing

Average power: 28 W
Wavelength: 1030 nm
Peak pulse power: 40 kW
Component geometry: 3D

The TruMark 6030 specialises in flawless markings on complex geometries. The series covers a wide range of materials, from the finest plastic markings to paint removal on metals – with maximum process stability and 3D capability.

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TruMark fibre laser

Our versatile machines – for medium to high-power marking and surface applications

Average power: 20 - 200 W
Wavelength: ~ 1030 nm
Peak pulse power: 13 kW
Component geometry: 2D+

The TruMark fibre lasers bundle powerful laser sources for marking, structuring, cleaning, micro-cutting and welding. Whether 2D codes, deep engravings, filigree structures or high-speed processing in series – you will find the right product configuration for every application.

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TruPulse

Our specialists in thermally sensitive welding – short pulses, high peak power, controlled heat input

Power range: 20 - 530 W
Pulse duration: up to 50 ms
Maximum pulse energy: up to 120 J
Beam quality: 4 – 25 mm▪mrad

The TruPulse welds spot and seam joints using short, high-energy pulses with minimal heat input. Thermally sensitive components are protected by the high pulse peaks, while the burst function briefly increases the power, allowing welding processes to be carried out more quickly – without loading the components. The modular design enables flexible adaptations and simple integration into existing production environments.

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