HALO

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Wolfgang Schulz

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Wolfgang Schulz

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+49 241 8906 204

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High power Adaptable Laser beams for materials

High power lasers are an established industrial tool. They are used to cut, mark, join and pattern metals, ceramics, glasses, semiconductors and plastics. The device you are reading this on was made with the help of such lasers.

The HALO project is developing the next generation of these tools. Lasers create a highly intense spot of light when they are shone onto a surface. This spot is naturally most bright in the centre, trailing off rapidly to the edges in a bell-shape of intensity known as a Gaussian distribution. This laser ‘shape’ is not always optimal for some applications. For example, a shape with a darker centre surrounded by a brighter ring, or halo, may create a far neater cut on some materials.

Adapting the shape of the beam in real-time, e.g. using components placed in front of the laser, should enable rapid switching between the traditional Gaussian mode and ring-shaped modes or other novel shapes. This means that an application which currently requires more than one type of laser, such as a robot on a car production line cutting rubber and metal, may, in the factory of the future, only require a single laser. The HALO project, which will be delivered by a consortium of European companies, has been set up to exploit this high-value opportunity. It is developing the necessary components to help ensure Europe’s leading role in this technology space.

For further information please visit the web page of the HALO project.

Funded by EU
Project Partners

Gooch&Housego, Torquay UK (Project leader)
ORC, Southampton UK
TRUMPF Werkzeugmaschinen GmbH, DE
TRUMPF Laser GmbH, DE
SYNOVA, CH
Lulea University, SE
Vivid Components, DE

Project Leader at NLD Prof. Dr. rer. nat. Wolfgang Schulz