contact us - scanners@cambridgetechnology.com English 日本語 简体中文 Blog About Our Company Cambridge Technology designs, develops, and manufactures leading-edge laser beam steering solutions including galvanometer and polygon optical scanning components, 2-axis and 3-axis scan heads, scanning subsystems, high power scanning heads, and controlling hardware and software. Our company partners with OEM customers to deliver scanning solutions that support advanced industrial processes, electronics, and laser-based medical applications. Share our vision to deliver advanced, next-generation scanning solutions As the inventor of galvanometer-based optical scanning technology, we make it our mission to drive innovations in photonics by delivering unprecedented technical capabilities through the critical lens of collaboration, quality, and customer service. We dedicate ourselves to excel at: Collaboration with our partners to ensure our goals and pathways align Innovation to bring tomorrow’s beam steering solutions to life today Engineering to perfect our products and our processes Delivery from the largest engineering solution to the smallest component Discover more about our company’s heritage and continuous product innovation Find out more about other Cambridge Technology businesses and our products For more information on our precision mirrors and coatings from ExoTec Precision, you can directly access their website for more specific product details. Precision Mirrors Cambridge Technology is part of Novanta, a trusted technology partner to medical and advanced industrial OEMs (original equipment manufacturers), with deep proprietary expertise in photonics, vision and precision motion technologies. We engineer mission-critical core components and subsystems that deliver extreme precision and performance, enabling our customers to improve productivity, achieve breakthrough performance and enhance people’s lives. The Photonics group within Novanta delivers innovative, laser-based solutions for a range of applications, consisting of: ARGES develops and manufactures innovative laser scan systems for positioning and deflecting laser beams in industrial materials processing and medical applications. Our range of services includes a versatile product range of scan heads and scan modules, tailored customer- and application-specific solutions, and the implementation of complete laser subsystems for integration into laser processing facilities. Cambridge Technology is Novanta's laser beam steering solutions. From advanced industrial to complex medical applications, we deliver products that are tailored to our OEM customers’ unique challenges, helping them achieve breakthrough performance. Laser Quantum develops revolutionary continuous wave and ultrafast lasers that deliver high performance, reliability and operational lifetimes from biomedical to advanced industrial applications. We follow an application-led design to resolve OEM customer challenges and to help scientists break new ground. Synrad develops, manufactures and services high performance CO2 lasers from 5 Watts to 1 kW pulse for industrial applications. At our worldwide application labs, our experts help customers determine the optimal system and provide unique processing insights tailored to their specific application and material. Contact | Careers Global Headquarters (Bedford, MA, USA) +1-781-266-5800 Support-us@cambridgetechnology.com EMEA (Garching, Germany) +49 (0)89 31707 0 Support-eu@cambridgetechnology.com Japan and Korea (Tokyo, Japan) +81 (3) 5753-2462 Support-jp@cambridgetechnology.com China (Suzhou, China) +86 (512) 6283-7080 Support-cn@cambridgetechnology.com Photonics solutions from Novanta: ARGES | Cambridge Technology | Laser Quantum | Synrad Cambridge Technology, A Novanta Company. © 2021. T&Cs | Novanta Privacy Policy | Terms of Use | CCPA | Corporate Citizenship | EEO | Supplier Terms & Conditions This website uses cookies to provide you with the best user experience and site functionality, and provides us with enhanced site analytics. By continuing to view this site without changing your web browser settings, you agree to our use of cookies. To learn more, please view our privacy policy. OK