Collimator OC-XX-XX-XX

Center wavelength [Operating wavelength 1075nm]: 1075 nm Spectral width: ≤2 nm Output Power [Output Power Means the Maximum Output Power without Isolation or Protection Components]: 400/500 or other

Mchlight produces 1075nm high-stability single-mode pump sources using professional circuit design (ACC and APC) and a high-precision temperature control system (ATC), ensuring high-precision, highly stable laser operation; a large color LCD, a clear display of current and power, stable continuous output with adjustable power, communication interfaces and host software can be provided to customer requirements, a fiber isolator can be built in, available in modular form, for easy customer integration .

Center wavelength [Operating wavelength 1080nm]: 1080 nm Spectral width: ≤2 nm Output Power [Output Power Means the Maximum Output Power without Isolation or Protection Components]: 400/500 or other

Mchlight produces 1080nm high-stability single-mode pump sources using professional circuit design (ACC and APC) and a high-precision temperature control system (ATC), ensuring high-precision, highly stable laser operation; a large color LCD, a clear display of current and power, stable continuous output with adjustable power, communication interfaces and host software can be provided to customer requirements, a fiber isolator can be built in, available in modular form, for easy customer integration .

Working area [Customizable]: 1950mm×1500mm(customizable) Processing speed: 4000mm/s Dot Width: Can Reach 60um

This equipment uses a CO2 laser to produce dot patterns on PMMA and MS materials. An optimized optical design enables volume production on the new MS material and processing of material as thin as 2mm, with high yield and quick process changeover.

Enclosure material: Aluminum or Copper Optical element: Aspheric lenses, two-element lenses, three-element lenses (glass), single rubber rings, and two-piece rubber rings Dimensions: M6X0.5、M7X0.5、M9X0.5、M8X0.5、M12.7X0.5

A collimating lens converts light from each point in an aperture column into a parallel, collimated beam. Lens selection depends on aberration requirements. Simple plano-convex or biconvex lenses with larger relative apertures suit low demands; achromats with smaller relative apertures suit higher demands. Collimators are a key Sunday product, available as standard or custom designs. Sandi Optoelectronics offers single aspheres, doublets and triplets.