Powerphotonic

Home Products Beam Shapers Light Tunnel Generator Beam Shaper for Scanners Beam Shapers for Ultra-Fast Lasers Lens Array Homogenisers Axicon Array Homogenizers Multimode Beam Shaper Refractive Diffusers Gaussian Diffusers Flat Top Diffusers Microlens Arrays Microlens Arrays High Power Diode Laser Optics Field Mapper SACs Slow Axis Collimators Slow Axis Collimators with Smile Correction Smile Correctors Fast Axis Collimator Arrays Diode Correction PhasePlates Fiber Optic Microlens Arrays Fiber Coupling Microlens Arrays High Power Wavefront Sensor Rapid Prototyping How It Works Technical Data – updated Jan 2022 Design Examples FAQ Zemax Macro Terms and Conditions Lightforge User Login Lightforge File Upload Applications & Support Optic Calculators Lens Calculator Spot Size Calculator Beam Shaper Quality Calculator Applications Industrial Materials Processing Optical Telecommunications Laser Projection Systems High Powered Diode Laser Optics Application Notes Design Rules Technologies Laser Ablation Processing Symmetry Free Design Direct Write Production Technical Papers and Publications Additional Resources Enhancing Beam Performance Refractive Diffusers High Power Optics Quality Quality Policy Management System Environmental Compliance EU RoHS and Reach Statement Product Change Notification Policy About Us News Current Opportunities Press and Media Contacts Management Team Board Directors Product Supply Image Library Contact Us Partners Distributors. PowerPhotonic is a pioneer in the use of laser micro-machining for use in the manufacturing of precision micro-optics products for laser and optical applications. PowerPhotonic Ltd. was formed in 2004 to commercialize the technology from fundamental research undertaken at the world-renowned Institute of Photonics and Quantum Sciences at Heriot-Watt University in Edinburgh. Optics Manufacturers have traditionally used lithography, micro-grinding and micro-molding to manufacture a wide range of laser micro-optics products. However, there are intrinsic limitations with these techniques. Time to first prototypes is lengthy; new designs are expensive to set up; and there are limitations in the range of surface forms and levels of surface roughness that can be achieved. The PowerPhotonic laser micro-machining technology overcomes these issues. And these advantages apply not only to our standard products. These benefits are leveraged in our custom design and manufacturing service and the LightForge™ rapid fabrication service. The PowerPhotonic manufacturing process is based on a laser system that shapes and then smooths the refractive surface of fused silica glass. This gives us unprecedented flexibility to create a complete range of standard products including slow and fast axis collimators, lens arrays, beam shapers, transformers and correctors, as well as offering a cost effective custom micro-optics manufacturing service called LightForge™.