keyboard_arrow_up

Diode Laser Concepts

Fax: 541-773-1705
Geo Location Marker
2027 Commerce Dr.
Medford, OR 97504
View Map

At Diode Laser Concepts, we provide laser products and support for customers that need compact, efficient light sources for manufacturing, research, instrumentation, and product development. Our company focuses on diode laser technology that delivers stable output, precise control, and practical integration where size, power use, wavelength selection, and reliability matter. We help customers apply laser energy to marking, sensing, alignment, measurement, inspection, and processing needs.

We offer laser modules, diode laser assemblies, drivers, optics, mounts, cooling components, fiber-coupled options, and custom configurations built around performance goals. Our company works with visible and infrared wavelengths, adjustable power levels, beam shaping, focusing, collimation, modulation, and packaging requirements. We support applications requiring consistent beam quality, controlled intensity, dependable electronics, and designs that fit existing equipment or new platforms.

We also bring design and engineering capabilities to projects requiring more than a standard laser source. Our company can assist with wavelength selection, optical layout, thermal management, electrical control, enclosure design, interface needs, and prototype development. We understand that laser performance depends on the full system, not only the diode, so we consider alignment, heat dissipation, safety, serviceability, duty cycle, environmental exposure, and repeatable operation.

As a laser supplier and technical partner, we support customers from concept review through product selection, custom development, testing, and production support. Our company serves OEMs, laboratories, machine builders, device developers, and industrial users that need diode laser solutions. We build our work around practical engineering, responsive collaboration, and reliable laser performance so each system supports accurate, efficient, and consistent results.

Please visit these categories for more information on