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Canada | EN

Short-pulse lasers

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

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TRUMPF TruPulse nano short-pulse laser

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 MM
  • 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 selection of power levels, beam qualities and pulse parameters - individually configurable depending on the application. A wide variety of materials can be precisely marked, cut, engraved or precision-welded using nanosecond pulses. Our TruPulse nano is aimed at integrators who flexibly combine modular components to create a customized solution.

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TruMicro Series 7000 short-pulse laser

TruMicro Series 7000

Our surface professional - for large-area 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

Thanks to their beam profile, TruMicro Series 7000 lasers are ideal for large-area ablation, cleaning and structuring. With their high peak pulse power for short-pulse laser, they even enable 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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TRUMPF TruMark 3330 marking laser

TruMark 3330

Our UV specialist - precise and gentle for 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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TRUMPF TruMark 6030 marking laser

TruMark 6030

Our 3D specialist - for high-end marking and surface processing

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

Flawless markings on complex geometries are the specialty of the TruMark 6030. 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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TRUMPF TruMark 5000 marking laser

TruMark fiber laser

Our all-rounders - for marking and surface applications from medium to high performance

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

The TruMark fiber lasers bundle powerful laser sources for marking, structuring, cleaning, micro-cutting and micro-welding. Whether 2D codes, deep engraving, intricate structures or high-speed machining in series production - you will find the right product configuration for every application here.

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TruPulse

TruPulse

Our specialists for 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 with short, high-energy pulses with minimal heat input. Thermally sensitive components are protected by the high pulse peaks, while the burst function increases the power for a short time, allowing welding processes to be carried out faster - without stressing the components. The modular design enables flexible adaptations and simple integration into existing production environments.

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