Optical components: microlenses for laser diode collimation, fiber-optic collimators, fiber-optic brain implants, etc.
Photonics devices: from down-to-earth miniature fluorescence microscopes for neuroscience research to fiber-optic collimators for space applications.
Photonics assembly from prototypes and short runs to full-fledged production requires all sorts of micro-optics and photonics components, appropriate manufacturing processes and management structure. Here are some examples that are helping us to stand up to the challenge:
Making the photonics prototypes can be tantalizing task rife with delays, cost overruns, wrong choices, etc. Having in-house optical shop provides flexibility that removes a great deal of uncertainty and speeds up the execution. For our experienced team of engineers and technicians, making the prototypes of optical devices and monitoring of photonics assembly production is a daily routine.
Being fully equipped optical assembly lab, we have most of the equipment that you might need in prototype phase. For you that means that do not need to procure those items to start with. Chances are, some of our versatile robots are already configured to assemble your prototype or your production run.
Supply chain management, in house optical component production or adaptation, automated and robotized photonics assembly supervised by production engineers and research scientists makes up a unique one stop source.