A high-performance laser should deliver more than high output power. When optimized to your application, a high-performance laser module can ease integration, maximize results and deliver a competitive advantage for your business. This paper will discuss key considerations in ensuring a high-performance laser for your system.
This Whitepaper discusses:
Delivering high power laser modules
Ensuring high stability optical output
Digital control for monitoring performance
Application examples
Delta Optical Thin Film explains how it balanced sustainability, optical production layout and new technologies at its new industry-leading site
Silicon based area detectors (e.g. CCDs or CMOS) are widely used in high performance imaging applications, detecting wavelengths from soft x-ray through to near infrared (NIR).
A variety of spectroscopic techniques is used in gas analysis and sensing – increasingly important fields, crucial in atmosphere monitoring, emission control and industrial processes efficiency.
This paper presents the most up to date compilation of research and data available in the literature regarding the optical properties of human tissue.
FormFactor's fast photonic wafer probers enable rapid tests through faster photonic alignment than previously possible. (Credit: FormFactor Inc)
Integration, automation, collaboration, customisation and designing for testing and manufacturability will help component and system makers lower costs and increase production, finds Andy Extance
Credit: THOR Biomedicine
Several different light-based treatments that have relied on lasers are now finding uses for LEDs, finds Andy Extance
In Electro Optics’ most recent webinar, career flexibility and interdisciplinary skills were highlighted as important traits in the future workforce
Carlos Lee talks to Maik Müller, chief executive officer at Nynomic, a holding company of nine photonics enterprises operating in the life science, clean tech and green tech sectors
