680nm 50mW multi-mode VCSEL bare die with 21 emitters for high-output red-light module evaluation, photobiomodulation-related testing, beauty and hair-growth device development, sensing systems, machine vision support, compact optical modules, and VCSEL array development.
680nm 18mW multi-mode VCSEL bare die with 6 emitters for higher-output red-light module evaluation, photobiomodulation-related testing, beauty and hair-growth device development, sensing systems, machine vision support, and early-stage VCSEL array development.
680nm 12mW multi-mode VCSEL bare die with 4 emitters for higher-output red-light module evaluation, photobiomodulation-related testing, beauty device development, sensing systems, machine vision support, compact optical modules, and custom laser packaging.
680nm 5mW multi-mode VCSEL bare die with single-emitter design for low-power red-light optical validation, compact beauty device evaluation, photobiomodulation-related prototypes, sensor light sources, machine vision support, and custom laser packaging development.
670nm 12mW multi-mode VCSEL bare die with 6 emitters for higher-output red-light module evaluation, photobiomodulation-related product testing, beauty and hair-growth device development, sensing systems, machine vision support, compact optical modules, and VCSEL array development.
670nm 4mW multi-mode VCSEL bare die with single-emitter design for low-power red-light optical validation, compact beauty device evaluation, photobiomodulation-related prototypes, sensor light sources, machine vision support, and custom laser packaging development.
670nm 9mW multi-mode VCSEL bare die with 4 emitters for higher-output red-light module evaluation, beauty device development, photobiomodulation-related testing, sensing systems, machine vision support, compact optical modules, and custom laser packaging.
665nm 9mW multi-mode VCSEL bare die with 6 emitters for higher-output red-light module evaluation, photobiomodulation-related product testing, beauty and hair-growth device development, sensing, machine vision, compact optical modules, and VCSEL array development.
665nm 8mW multi-mode VCSEL bare die with 4 emitters for higher-output red-light module evaluation, beauty device development, hair-growth product testing, photobiomodulation-related systems, sensing, machine vision, and compact optical module integration.
665nm 7mW multi-mode VCSEL bare die with 4 emitters for red-light beauty device evaluation, hair-growth product development, photobiomodulation-related testing, sensing systems, machine vision, compact optical modules, and early-stage VCSEL array development.
665nm 3mW multi-mode VCSEL bare die with single-emitter design for low-power red-light device evaluation, photobiomodulation-related prototypes, beauty device development, sensing, machine vision, and compact optical modules. Suitable for QCW or pulse operation, wire bonding, ceramic submount assembly, and custom laser packaging.
660nm 7mW multi-mode VCSEL bare die with 4 emitters for red-light beauty devices, hair-growth product evaluation, photobiomodulation-related systems, sensing, machine vision, compact optical modules, and VCSEL array development. Designed for QCW or pulse operation, wire bonding, ceramic submount assembly, custom packaging, and engineering evaluation before larger-volume planning.
660nm 2mW multi-mode VCSEL bare die for red-light device development, beauty face masks, hair growth devices, photobiomodulation-related products, sensing, machine vision, and compact optical systems. Also suitable for experimental AR/VR/XR eye-tracking array evaluation, virtual prototyping, QCW or pulse operation, wire bonding, ceramic submount assembly, and custom laser packaging.
660nm 5mW multi-mode VCSEL bare die with 3 emitters for red-light beauty devices, hair-growth products, face masks, photobiomodulation-related systems, sensing, machine vision, and compact optical modules. Designed for QCW or pulse operation, wire bonding, ceramic submount assembly, custom packaging, and engineering evaluation before larger-volume planning.
