News

12 February, 2016
PowerPhotonic is pleased to unveil its new website. Incorporating an expanded standard product portfolio as well as additional information on the benefits of PowerPhotonic’s optics, the website reinforces PowerPhotonic’s reputation as pioneers in the use of laser micro-machining for laser and optical applications. According to Julian Hayes, Sales and Marketing Director “Our goals are to continue engaging with both the market and our customers. The new web site and look...
20 January, 2016
World leader in precision laser micro-optics to present papers at Photonics West 2016, including new beam shapers used to create close to diffraction limited very small spots Powerphotonic, experts in the field of high precision micro-optics, is pleased to announce that it will be presenting two papers at Photonics West 2016, San Francisco. The first paper explores the use of field mapping beam shapers for use with single mode lasers.  Powerphotonic has devised a...
29 July, 2015
PowerPhotonic Today Announces That It Has Developed A New Design Technique For The Creation Of Customized Refractive Diffusers For Beamshaping Of High-Power Lasers.  PowerPhotonic today announces that it is has developed a new design technique for the creation of customized refractive diffusers for beamshaping of high-power lasers. These new diffusers use PowerPhotonic’s unique freeform direct-write process to fabricate these highly non-...
3 June, 2015
PowerPhotonic Today Announces That It Is Working With Lasertel, Inc. PowerPhotonic today announces that it is working with Lasertel, Inc. for the supply of a new generation of precision micro-optics for high power laser diode pump sources. The novel patented optics, which are manufactured using PowerPhotonic’s unique direct write laser micro-machining technology, have been in development for the last five years at PowerPhotonic. The optical design provides precise beam...
10 April, 2015
PowerPhotonic To Present Two Papers at LASER World Of Photonics 2015. The two papers will focus on the design and implementation of new classes of refractive optics for high power materials processing. The first describes the use of a novel microlens array design in UV-fused silica for shaping of a fiber laser beam for use in high power materials processing applications. The second showcases the design of a refractive diffuser that takes advantage of PowerPhotonic...

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