
850nm VCSEL Bare Die Series
850nm VCSEL bare die series from 5mW to 6W for NIR sensing, proximity sensing, machine vision illumination, industrial detection, CW and pulse optical source modules, and custom VCSEL integration.

850nm VCSEL bare die series from 5mW to 6W for NIR sensing, proximity sensing, machine vision illumination, industrial detection, CW and pulse optical source modules, and custom VCSEL integration.

850nm 6W-class VCSEL bare die for high-power NIR illumination, machine vision, industrial sensing, active optical detection and custom VCSEL module integration.

850nm 3W-class VCSEL bare die for high-power NIR illumination, machine vision, industrial sensing, optical source modules and custom VCSEL integration.

850nm 2W CW VCSEL bare die for continuous-wave NIR illumination, machine vision, industrial sensing, high-power optical source modules and custom VCSEL integration.

850nm 300mW-class VCSEL bare die for NIR sensing, machine vision auxiliary illumination, industrial detection, compact optical source modules and custom VCSEL integration.

850nm 100mW-class VCSEL bare die for NIR sensing, machine vision auxiliary illumination, consumer electronics, industrial detection and compact optical source module development.

Low-Power NIR VCSEL Chip,850nm 5mW VCSEL bare die for compact NIR sensing, consumer electronics, machine vision evaluation and low-power optical source development. Single-emitter VCSEL chip with 170μm × 170μm die size.

808nm 8W multi-mode VCSEL bare die for handheld laser hair removal device development, floor-standing medical beauty equipment, high-power NIR module evaluation, thermal validation, and custom laser packaging projects.

808nm 60W high-power VCSEL chip for laser hair removal equipment, medical beauty systems, high-output NIR optical modules, thermal management validation, and custom laser packaging projects.

808nm VCSEL bare die series covering low-power, medium-power, high-power, QCW, pulse, and CW VCSEL laser chips for near-infrared sensing, machine vision, optical module development, illumination, photobiomodulation-related evaluation, and custom laser packaging projects.

795nm single-mode VCSEL bare die for rubidium D1-line atomic clock, quantum sensing, magnetometer-related optical source evaluation, and compact vapor-cell module development.

795nm single-mode VCSEL bare die for rubidium D1-line OPM magnetometer, vapor-cell magnetic sensing and quantum sensing optical source evaluation.