Lasers & Laser Systems

Specializes in high-performance fiber lasers and fiber amplifiers operating over a wide range of wavelengths and output powers. Applications include materials processing, telecommunications, and scientific research.

RPMC Lasers likely has the solution you're looking for: from components, to OEM modules, to turnkey systems, from manufacturers, primarily in the US and Europe. Since 1996, we have been providing honest advice, committed to helping you find the ideal laser solution. If we don't have it, we'll tell you who does.

High-power laser diode manufacturer specializing in laser assemblies in any combination of the light source, optics, cooling, and drivers with wavelengths from 375 nm to 12 microns. Custom laser drivers and laser systems, and standard laser diode packages in free-space and fiber-coupled configurations.

Designs and manufactures dynamic laser interferometers and optical profilers, and surface defect gauges. Applications include precision machined surfaces, optics, astronomy, aerospace, space-based telescopes, flexible electronics, automotive, and in-line production measurement.

Manufacturer of free-space and fiber-coupled lasers with diffraction limited performance. Lasers from 350 to 2000 nm have accessories for expanding or focusing the beam, fiber collimators, fiber focusers, tiny collimators and splitters to integrate with the pigtailed lasers. Custom assemblies for OEM users are routinely made.

Diverse Optics manufactures custom precision polymer optic components and assemblies. Core processes include injection molding, SPDT, optomechanical design, metrology, assembly, bonding, and thin-film coating. Transforms optical systems from expensive, heavy, and complicated to commercially viable, lightweight, and simple.

Photodigm offers a broad range of monolithic DBR laser diodes for probing atomic and molecular spectroscopic transitions. We fabricate our own product to customer requirements at high power levels. Available in multiple package options, Photodigm single frequency, tunable DBRs form the building blocks for tomorrow's atom-based handheld and mobile systems.