Events
Photonics West San Francisco
Booth #5439
nanosystec demonstrates two set-ups for high-precision alignment and assembly.
NanoWelder is the proven alignment and welding system for high volume packaging of transmitters and receivers. Key features of the NanoWelder station are low weld shift and high repeatability. The system works with single and multi-channel coaxial and butterfly devices. The process time including loading/unloading can be as short as 25 seconds, depending on the device to be manufactured. Combined with OptoSpind and automated loading, even shorter cycle times will be reached.
VersaHybrid is the ideal solution for manufacturing electro-optical subassemblies. The inherent precision allows positioning of diode laser, lenses, arrays, photo detectors and other optical elements with an error of less than 1µm. This error can be further reduced with active machine vision and sensors. The parts are then permanently fixed by gluing or laser soldering. VersaHybrid addresses low and mid volume applications.
OFC San Diego
Booth #5439
During OFC 2025, nanosystec demonstrates two set-ups for high-precision alignment and assembly.
NanoWelder is the proven alignment and welding system for high volume packaging of transmitters and receivers. Key features of the NanoWelder station are low weld shift and high repeatability. The system works with single and multi-channel coaxial and butterfly devices. The process time including loading/unloading can be as short as 25 seconds, depending on the device to be manufactured. Combined with OptoSpin and automated loading, even shorter cycle times will be reached.
VersaHybrid is the ideal solution for manufacturing electro-optical subassemblies. The inherent precision allows positioning of diode laser, lenses, arrays, photo detectors and other optical elements with an error of less than 1µm. This error can be further reduced with active machine vision and sensors. The parts are then permanently fixed by gluing or laser soldering. VersaHybrid addresses low and mid volume applications.
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