Active alignment - Import export

Low shrinkage optical camera module adhesive with LED and/or heatcure for common substrates used in camera modules and LiDAR assemblies, in active alignment, and other optical bonding applications. Features: - Rapid LED or UV/Visible light and/or heat cure - Very low volumetric shrinkage - High Tg and Low CTE - Low ASTM E595 Outgassing - No frozen storage, refrigerated shipment/storage 15°C [3441° F]

Dymax 9801 is a LED or UV/Visible lightcurable material with superior adhesion properties for bonding camera modules, lidar, active alignment applications. The material cures with UV light but also features heatcure capability for applications where shadowed areas exist. Features: - Fast cure with LED or UV/Visible light - Low temperature heat cure (8085°C) - Moisture resistant - Thermal cycle resistant - Single component - Cold ship/Cold storage at 15°C - Passes ASTM E595 Outgassing Testing

The VERTEX FTIR research spectrometer productline is the culmination of everything Bruker has pioneered and developed in over 40 years. The VERTEX Series is built on a fully upgradeable optics platform that is designed with the utmost flexibility in mind. VERTEX spectrometers share a wide range of features, including an intelligent network for automation, Automatic Component Recognition (ACR), the Plug & Play Ethernet connection and Automatic Accessory Recognition (AAR). VERTEX 70v Bruker's VERTEX 70v FTIR Spectrometer is based on the well-known RockSolid™ interferometer and the ideal entry level systems for Advanced Research applications. The vacuum optics bench provides class leading specifications. VERTEX 80/80v The high-end VERTEX 80 and the VERTEX 80v vacuum FTIR spectrometers are based on the actively aligned UltraScan™ interferometer, which provides PEAK spectral resolution and highest scanning speed.

NanoSolder actively aligns optical components such as photonic circuits, waveguides, diode lasers and photodiodes. It uses selective laser soldering for the assembly. Compared to gluing with subsequent curing, much shorter assembly times will be achieved by selective laser soldering.

NanoHybrid provides a large degree of versatility. The active alignment, test and assembly station combines various assembly methods including gluing, laser welding or selective laser soldering. In addition, the station offers opto-electronic testing capability. Therefore, NanoHybrid is ideally suited for the development and small serial production in manufacturing companies or in research institutes. In such a product development area, an active alignment station needs to cope with opto-electronic and other precision devices with varying sizes and characteristics.

NanoGlue serves as the ideal assembly station for opto-electronic components, such as photonics circuits,waveguides, diode lasers and photodiodes as well as lenses and modulators. It provides active alignment in all six degrees of freedom followed by epoxy gluing with UV curing.