All 6xx Home » Search Products » Wavelengths » 6xx Sort by NewestSort by NameApplication (1)Integration level (32)Technologies (37)Wavelengths (32)ML6710i ML6710i is an ophthalmic laser device designed for retinal treatments. The laser is controlled intuitively from iPad app – the wireless connection allows flexibility for the treatment setup. ML5740-658 658 nm single-emitter based fiber coupled module. Output power 2.5 W. Fiber pigtail 200/220 um, NA=0.22, SMA-905 connector. Package includes a monitoring photodiode, TEC, and thermistor. ML5723-689 689 +/- 3 nm single-emitter based fiber coupled module. Output power 1.6 W. Fiber pigtail 200/220 um, NA=0.22, SMA-905 connector. Package includes a monitoring photodiode, TEC, thermistor and green aiming beam. ML5073 633 nm 200 mW (pulsed) DBR stabilized multimode laser in 14-pin butterfly package. Package includes PD, thermistor and TEC. Free-space or fiber coupled. ML3803 40-emitter array at 650 nm wavelength. ML2164 680 nm single-emitter based fiber coupled module. Output power 3 W. Default output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2163 670 nm single-emitter based fiber coupled module. Output power 3 W. Default output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2162 650 nm single-emitter based fiber coupled module. Output power 3 W. Default output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2161 680 nm single-emitter based fiber coupled module. Output power 2.5 W. Output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2160 650 nm single-emitter based fiber coupled module. Output power 2 W. Default output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2159 635 nm single-emitter based fiber coupled module. Output power 1 W. Default output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. ML2154 670 nm single-emitter based fiber coupled module. Output power 2.5 W. Output fiber 200/220 um, NA=0.22. Package includes PD, TEC, and thermistor. 1 2 3 Next Page »