Through our globally recognized Novanta brands in advanced photonics, ARGES, Cambridge Technology, Laser Quantum and Synrad, we deliver tailored laser and beam delivery solutions to OEMs in a broad range of industrial and medical markets. Unique capabilities– processing effects and high-precision appli...
Laser Cleaving developed by OpTek Systems has been adopted globally to address the challenges faced in the production processing of optical fibers. Laser cleaving uses precision laser technology to accurately and precisely terminate optical fibers, with flat or angled facets on a broad range of fiber...
Coating Technology Service Cryslaser provides processing technical and coating service to various optical materials throughout the ultraviolet(UV),visible(VIS), and infrared(IR) spectral regions. View Details Nd,Ce:YAG Nd:Ce:YAG is an excellent laser material used for no-water cooling and miniature...
The technology is employed for deterministically producing SADC in hBN. The SADC, recognised, in nature, as a single-colour centre, exhibits excellent performance of high purity, high brightness, and high durability. We also show that close-to-atom scale laser manufacturing enables single colour ...
Metallic Materials/NanomaterialsAdvanced Intermetallic Alloys and IntermetallicsAdvanced Joining Technology of Metal–Polymer HybridsAdvanced Laser Processing of AlloysAdvanced Lightweight Materials: Processing, Characterization and ApplicationsAdvanced Machining of Aerospace MaterialsAdvanced Machining Processes of Metals...
Universal Laser Systems, Inc. (ULS) is a recognized global innovation leader in DLMP® (Digital Laser Material Processing) technology. For over 30 years, organizations worldwide in all types of environments have discovered and leveraged the benefits of our technology to help them achieve their ...
Laser processing allows you to change the size and shape of your workpieces without having to touch them. For example, you can cleanly cut out the shapes that you need from items that are normally damaged by other processes. Thus, you can create tools or other items using plastic, metal, ...
This will contribute to the improvement of processing quality in additive and subtractive manufacturing applications using femtosecond laser technology.Author Contributions Conceptualization, Z.L.; methodology, Y.M. and J.G.; software, Y.M. and J.G.; validation, Y.M., A.G., Z.C., Q.W.,...
Lasers are versatile cutting tools used in a wide range of applications, inlcluding personalization (customization), digital printing, medical technology, fab labs, education, architectural models, smart phones and laptops, computers & electronics, toys, watches, arts & crafts, awards, trophies, rubbe...
Wong, K. Y., Chen, W., Liu, X., Zhou, C. & Chen, K. J. GaN smart power IC technology.Phys. Status Solidi (b)247(7), 1732–1734 (2010). CASADSGoogle Scholar Ji, H.et al.Yellow electroluminescence realized in GaN/Si nanoheterostructures based on silicon nanoporous pillar array....