High-quality precision laser modules are needed in many applications today for a range of tasks including alignment and guidance, 3D measurement and analysis, industrial, medical, and dental, as well as research and 3D printing. Because each application is unique, not all system requirements can be addressed by using a commercial laser solution. Our team works with customers to design and produce tailored laser diode-based solutions that meet these challenging application-specific criteria for wavelength, beam characteristics, output power, lifetime, and other parameters.
In our capacity as a distributor of laser diodes and a laser integrator with in-house engineering and manufacturing capabilities, we offer customers a special combination of design experience, strong supplier partnerships, and ongoing engineer-to-engineer help. We have a lot of years of experience developing Oem laser system design & development, and we can reduce time to market by employing our significant “design bank.” We also make advantage of our existing ties with the engineers and R&D staff at the major laser diode manufacturers in order to gain early access to new technology. We provide durable, high-quality, and affordable Oem medical laser heads rapidly to provide our clients a competitive edge.
Improved Technology
With our unique mix of technology expertise and established vendor relationships, we are able to design the optimal custom laser module that is specifically matched to your application requirements using the latest laser diodes, lenses, drive electronics, and module housings. As a distributor and integrator of laser diodes for the past years, we carefully collect and store the most modern diodes with a variety of wavelengths and power outputs from several high-quality manufacturers.
Our diverse team of professionals also has a thorough understanding of the optical, mechanical, electronic, and software design approaches that enhance the performance of our custom laser modules.
Conclusion
We can design drive electronics to make use of newer, more advanced technologies in order to include digital control and monitoring features that will increase the lifespan of your laser modules.
