Positioning Marking

Material: JGS1 Size: 49mm Surface: Frosted

The Candela Cavity from VY Optics offers high-precision optical performance for cutting-edge photonics and laser applications. Designed for stability and efficiency, this cavity component ensures superior beam quality and reliable operation in advanced optical systems. Ideal for research, industrial, and medical devices, our Candela Cavity is manufactured with strict quality control to meet the highest industry standards. Material:JGS1 Size:49mm Surface: Frosted A Candela Cavity is a high-precision optical component used to enhance laser and photonics systems. It acts as a resonant chamber that stabilizes light waves, improving beam quality and efficiency in various optical applications. People Also AskWhat makes a good optical cavity?A good optical cavity provides stable resonance with minimal losses, made from materials with high optical clarity and precise dimensional control. Can Candela Cavities be customized?Yes, VY Optics offers customization in size, coating, and material to meet specific customer requirements. What industries use Candela Cavities?They are widely used in research, medical, industrial, and communication sectors where precise laser control is essential.

Dimensions: 64 mm × 105 mm × 28.7 mm Weight: 240 g USB Interface: USB-C

The single-channel ICC-1C industrial current controller is designed for continuous stable operation, with high stability, precision, and reliability. Multiple interfaces and power options support industrial lenses with Hirose connectors, and OEM lenses through an extension board. Standard configurations:ICC-1C—ICC-1C controller with DIN-rail adapter. ICC-1C controller kit—ICC-1C controller, DIN-rail adapter, ICC-1C extension board for lenses with FPC flexible cables, AC/DC adapter(24 V /1 A), and USB-A-to-USB-C cable(1 m). ICC-1C PCBA controller—PCB-only OEM-customized version.

The materials used in the astronomical telescope reflectors we supply typically meet the following requirements: 1. Low coefficient of thermal expansion 2. Low-stress birefringence 3. Fine annealing 4. Stable optical performance 5. Effective control of bubbles and streaks.