Axcels 1064 nm broad area laser diode is available as a chip-on-submount package. Our 1064 nm laser diodes are excellent solutions for applications including solid state pumping, fiber laser pumping,and material processing.

Axcels 975 nm broad area laser diode is available in a sealed package or as chip-on-submount with an emitter width of 100 um,200 um,or 400 um. Our 975 nm laser diodes are an excellent solution in a number applications including solid-state pumping,laser surgery,illumination,and fiber lasers.

Axcels 940 nm broad area laser diode is available in a fiber-coupled package,as a chip-on-submount,or in a 9 mm TO-can. Our 940 nm laser diodes are excellent options for applications in material processing,medical laser therapy,and laser range finding.

Axcels 915 nm broad area laser diode is available in a fiber-coupled package,as a chip-on-submount,or in a 9mm TO-can. Our 915 nm laser diode is suitable for applications in fiber lasers,laser range finding,and medical laser therapy.

Axcels 852 nm broad area laser diode is available as chip-on-submounts with an emitter width of 100 um. Our 852 nm laser diodes are excellent for applications in thermal imaging,spectral analysis,and medical fields.

Axcels 830 nm broad area laser diode is available as chip-on-submounts with an emitter width of 50 um or 100 um. Applications for our 830 nm laser diodes include medical laser therapy and graphics.

Axcels 808 nm broad area laser diodes are available in a sealed package or as chip-on-submount with an emitter width of 50 um,100 um,200 um,400 um,or high power 1000 um. They are suited to a number applications including solid-state laser pumping,laser marking, dental,and laser surgery.

Axcels 785nm broad area laser diode is available in a fiber-coupled package,as a chip-on-submount,or in a 9mm TO-can. An option for the butterfly module called the LambdaLokTM is a Bulk Bragg grating placed between the facet and the fiber which results in an output with an extremely narrow spectral linewidth,which is ideal for applications such as Raman spectroscopy.