Edmund Optics (EO), a global manufacturer and supplier of optical components, has partnered with Jenoptik to enhance global access to its F-theta lenses, which focus lasers in high-precision materials processing and laser scanning applications.
The system uses laser prototyping technology to machine both tread and sidewall profiles into tyres. (Image: 4Jet)
The system could significantly shorten development cycles and prototyping costs in tyre production
The new F-theta lens is specially designed for the application of laser foil cutting for batteries with 1,064nm lasers
Lasers can be used to cut vehicle doorings, ABC pillars and any other structural part in a car body made out of press-hardened steel. (Image: Nataliya Hora/Shutterstock)
LSE speaks with Martin Kuhnhen, head of Jenoptik’s Light & Production division, about the usage of laser technology on automotive production lines
The new F-theta lens for 532 nanometres, is intended for the high-volume laser production of printed circuit boards
The production cells will manufacture complex car body parts for electric vehicles. (Image: Jenoptik)
Three productions cells have been ordered to help manufacture complex car body parts for electric vehicles at one of Gestamp’s plants in Germany.
In 2018 the Chinese customer Xinquan had already received a special laser machine of the Jenoptik-Votan A type: At that time, with that order, Jenoptik had reached the mark of 300 Votan A laser scoring systems delivered worldwide. (Image: Jenoptik)
The new Jenoptik-Votan A Scan system is currently being set up and commissioned in Jena, Germany. Delivery will take place shortly before summer.
Jenoptik has expanded its fused silica lens portfolio for high-power laser applications
Jenoptik has added another UV lens to its JENar F-theta range for laser material processing
Hall A3, Booth 320
Jenoptik will be presenting its quick-integration optical system platform for manufacturers of laser production systems for micromaterials processing. The vision-enhanced laser tool enables users to implement a wide range of requirements for optical assemblies in less time and at competitive prices.
