Filter Wheel Assemblies

The Ultimate Custom Solution for Precision Monitoring.

Synthesising our prowess in tailored solutions, these devices integrate our high-performance, in-house narrow bandpass filters into a dynamic system that offers unparalleled precision in controlling spectral outputs. Widely employed in high-precision sectors, our filter wheels have become an indispensable tool for acquiring accurate, reliable data in applications that demand supreme spectral control.

Our Optical Filter Wheels represent a nexus of precision, control, and versatility. They are capable of rotating multiple optical filters into the path of light, allowing for rapid transition between various spectral bands. This high-speed switching is fundamental in applications where time-resolved spectral analysis is key, and where data reliability hinges on the agility of spectral control.

The applications of our Optical Filter Wheels stretch across an impressive array of sectors. Industrial monitoring leverages our filter wheels for fine-tuned monitoring of gases, moisture, and color. In food manufacturing, the precision and speed offered by our filter wheels have revolutionised colour measurements, delivering an unmatched level of accuracy and consistency. Additionally, in the burgeoning field of satellite-based agricultural systems, our Optical Filter Wheels provide an essential tool for multispectral analysis, allowing for real-time health monitoring of crops, detection of pest infestations, and effective water management.

At G&H | Artemis, we take pride in our commitment to quality and performance. Each of our Optical Filter Wheels is assembled with meticulous care, reflecting our ethos of precision and excellence. With the integration of our in-house narrow bandpass filters, we ensure that each filter wheel we produce stands up to our exacting standards and delivers superior performance in its field of application.

Harness the power of precision with G&H | Artemis' Filter Wheels. Experience how our mastery in spectral control can enhance the accuracy of your data acquisition, improve the reliability of your operations, and contribute to your success in high-precision applications.