For more than 20 years, JDSU has provided laser components and subsystems for a broad range of applications including semiconductor, biotechnology, materials processing, graphics and imaging, remote sensing, and instrumentation. More >

Biotechnology Instrumentation
JDSU lasers are used for applications such as DNA sequencing and flow cytometry that involve exciting the fluorescence of dyes or natural fluorescence of biological molecules.

Graphics and Imaging
For photo-finishing, we offer air-cooled argon-ion lasers and diode-pumped solid-state lasers. Lasers for Computer-to-Plate prepress include our fiber lasers and infrared industrial diode lasers.

Materials Processing
JDSU designs lasers for applications that require a small, focused beam and high power density such as bending, cutting, and soldering components. Our applications laboratory can assist with process feasibility and development.

Medical/Dental
JDSU lasers are used in a growing number of medical and dental applications including ophthalmology, soft tissue dental procedures, bio-stimulation, and more.

Micromachining
We offer several lasers for applications such as drilling, routing, scribing, and cutting micro features in circuit boards, polymers, ceramics, metals and hybrid engineered materials. Our applications laboratory can assist with process feasibility and development.

Optical Pumping
Because of their excellent reliability, JDSU diode lasers are well suited for use in solid-state laser and fiber laser pumping and a wide variety of other applications.

Remote Sensing
JDSU offers a variety of laser solutions that enable highly accurate distance measurements, risk and damage assessment, security planning, and airborne surveillance.

Semiconductor Inspection
Our ultra-stable single frequency continuous wave and Quasi-CW lasers are ideal for high speed wafer inspection and give OEMs the ability to quickly detect nanometer scale defects and contamination.

Stereolithography
Our high pulse repetition rate Q-switched or mode-locked UV lasers deliver the beam quality and power stability required to create precision prototypes from a CAD model.