Direct Thermal Joining: Bonding metal and polymer without adhesive
Direct Thermal Joining: Bonding metal and polymer without adhesive Zum Blogbeitrag
How are technical specifications for a laser machine written?
1. Description of the products to be machined This chapter will go into greater detail concerning the planned application. It is important to
How are technical specifications for a laser machine written? Zum Blogbeitrag
Laser drilling redefined: Pulsar Photonics’ RDX2Drill works in single-pulse mode
Pulsar Photonics uses the single-pulse drilling process in the new RDX2Drill series to precisely and efficiently “shoot” holes in thick metal sheets. Pulsar Photonics uses the single-pulse drilling process in the new RDX2Drill series to precisely and efficiently “shoot” holes in thick metal sheets.
Laser drilling redefined: Pulsar Photonics’ RDX2Drill works in single-pulse mode Zum Blogbeitrag
Cool Cut: Laser and water for precise ceramic processing
With the RDX1000 LWJ, Pulsar Photonics is launching a new generation of systems for precision machining. The combination of classic laser processing and laser waterjet technology from Synova enables high-precision cuts in ceramics, silicon carbide and hard metals – without thermal damage or mechanical wear.
Cool Cut: Laser and water for precise ceramic processing Zum Blogbeitrag
Sustainable, precise and ultra-short: Pulsar Photonics relies on laser micromachining on an XXL scale
Pulsar Photonics GmbH from Aachen is continuing to develop laser micromachining: a system with an ultrashort pulse laser is currently being built that structures surfaces of more than ten square meters precisely and sustainably. In the future, the scaling concept will allow even ten times larger surfaces to be processed using thousands of laser beams.
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