The optical components industry demands highly precise and customized equipment for complex optical assembly processes. We have answered this need with our new active aligner – a high-performance and flexible solution for manufacturing transceivers, AWGs, LiDAR, silicon photonics, integrated optics, and more.
At its core, the MRSI-A-L active aligner has a modular design that integrates multiple key functions into one robust platform: precision pick and place, dispensing, machine vision, optical alignment, and UV curing. This integrated design is driven by intelligent software that allows for fully customized process tailored to your specific applications.
The key features and capabilities include:
- High accuracy passive pick and place down to the micron level
- Single and/or dual optical component alignment
- Precise dot/pattern dispensing
- In-situ UV curing
- Active alignment of optical components with single/dual 6 degrees of freedom and nanometer/milliradians precision
- Ability to actively control optical component tilt and orientation
The system’s software easily programs and controls the entire assembly workflow on one intuitive Windows interface. This allows maximum flexibility to meet the unique demands of active optical alignment, which can vary significantly between applications.
Beyond the powerful software and hardware system, we back the MRSI-A-L with 40+ years of industry experience and expertise. The engineering teams can create fully customized configurations and provide dedicated local technical support. You can count on robust 24/7 operation with a machine designed for the most demanding production environments.
If you require a high-performance, flexible, and customizable solution for optical components assembly, look no further than the new MRSI-A-L. With its unique combination of integrated capabilities, intelligent software control, and our expertise, the active aligner will meet and exceed your manufacturing requirements. Contact us today to learn more and discuss how the A-L can optimize your optical assembly operations.