Product Portfolio
Bonding optical components using our range of highly specialized, state-of-the art optical adhesives can only yield optimum results with very accurate, reproducible dispensing of the adhesive and a precisely defined curing process.
AMS Technologies offers a broad range of dispensing systems and accessories that cover dispensing requirements in numerous industrial applications by providing permanent monitoring and control of important parameters like the adhesive’s stability or flow volume, thus ensuring absolute even dispensing.
After dispensing, optical adhesives must be cured by either heat or UV light. AMS Technologies provides professional curing equipment ranging from handheld industrial UV LED systems for UV curing applications to remote controlled curing ovens ensuring the optimum temperature profile for the optical adhesive. Combining quality, robustness and reliability, these curing solutions meet the requirements of the industrial world.
Dispensing and processing optical adhesives can generate harmful gases that are hazardous to health if inhaled. Our high-performance fume extraction systems and accessories capture and filter those gases at the source, preventing any gases or fumes from escaping into the workplace.
Click on the categories below to learn more about our range of tools for optical adhesives from various manufacturers, which can either be ordered online and delivered directly from stock or is available on request.
Related Products
Complementing our components and equipment around optical adhesives, AMS Technologies carries a multitude of tools for preparation and processing of optical fibers, cleaning of fiber optic end faces or connectors, and finally testing the results of assembling, polishing and cleaning your fiber connector with microscopes, interferometers as well as handheld and automated test equipment measuring return loss.
Content: 4 filter (€22.54* / 1 filter)
Content: 4 filter (€27.36* / 1 filter)
Content: 50 pcs (€0.93* / 1 pcs)
Content: 50 pcs (€0.23* / 1 pcs)