The TRUMPF TruMark® marking lasers are characterised by superior mark quality and a high level of application flexibility. The marks are fast, abrasion-resistant and durable. As visitors to the company's stand at INTERPLAS will see this is achieved even when the product is moving - marking on the fly - or if the mark has to be performed on several levels without moving the laser or the component. High-contrast marking on plastic materials is achieved by TRUMPF's superior beam quality and very stable pulse-to-pulse stability.
The TRUMPF TruMark® product programme now includes models with wavelengths in the IR range from 1064 - 532nm up to near UV with 355nm. All are designed for easy programming and operation and available with a range of software options to suit a variety of marking tasks. TruMark® may be specified as an OEM system for integration into an automated production line or as a stand-alone workstation with Class 1 safety enclosure and integrated fume extractor.
One of the most recent additions to this range is the TruMark® 3020. This is extremely compact and versatile, indeed a system that can be used in almost any environment. Suitable for all marking tasks in the infrared range, this new model has high beam quality and high pulse peak power enabling it to mark almost any material.
This marking versatility is complemented by the unit's ability to operate in ambient temperatures of up to 40°C without a problem. It is also cooled by air rather than water making it self-contained and virtually maintenance free.
Innovative design and modular layout characterise the TruMark® product and this latest addition is no exception. Extras such as a pilot laser and optical focus adjustment can be specified but even with these additions the total laser package still weighs less than 10kg.
The TruMark® 3020 is less than a quarter of the size of the VectorMark® compact laser allowing it to be easily integrated into other systems. It also uses comparatively little power; the latest generation of marking lasers from TRUMPF uses in the region of 80% less power than its forerunners.