01.14.26 -- The Future Of Cosmic Communication, How To Avoid The Endless Design Loop, Specifying Optical Filters & More

Scaling life science instruments from prototype to production requires resolving source-to-sensor trade-offs through custom optical integration that balances performance, cost, and long-term reliability.

As the uses for optical technology for biomedical research and healthcare continue to grow, the desire for smaller light-based devices has manufacturers looking at micromolding.

Discover data demonstrating the Nano-MTA2's ability to take extremely small steps of 25 nanoradians, with these steps able to be discerned by external measurement. 

Explore the setup and operation of THz-B-DA and THz-I-BNC Analog Radiometer Probes, offering step-by-step instructions for accurate THz power measurements using oscilloscopes or lock-in amplifiers.

Alluxa’s proprietary high-speed plasma deposition technology delivers, for the first time, the optical performance and durability of hard-coated thin film optical filters at laminated soft coating prices.

Optical filter costs are reduced by avoiding over-specification of blocking and surface quality. Choose simpler substrates and use APS or magnetron sputtering for dense coatings.

From complex long-range continuous zoom lenses to compact Low-SWaP lenses, MKS Ophir offers an extensive selection of high-performance thermal imaging lenses for a range of applications.