Press Releases

Reynard Corporation, a leading global supplier of optical components and thin film coatings announces high precision coatings for Galvanometer mirrors. Galvo mirrors are used in various laser system applications such as scanners, bar code readers, sweeping remote sensors, marking systems, and laser light shows. “Galvo mirrors are a perfect fit for our highly-durable reflective coating designs. Since application environments can range from ambient and controlled to harsh military conditions, one can be assured that our coatings will function as designed” says Forrest Reynard, President of Reynard Corporation.

Reynard Corporation, a principal global supplier of optical components and thin film coatings, creates custom optical heated windows using conductive materials. Heated windows are the most resourceful way of keeping imaging planes or optical instrumentation windows free of moisture or fog. Reynard’s heated window patterns are customizable to achieve high transmission and/or matched impedance to meet the exacting requirements of your system.

Reynard Corporation, a worldwide supplier of optical components and thin film coatings, announces the Bullseye™ apodizing neutral density filter (p/n R01450-00). This filter is part of the Bullseye™ apodizer line of customizable gradient filters. These filters eradicate undesirable intensity variations in optical systems. "...a Bullseye™ ND filter can be used to solve basic light distribution problems, saving both time and money," says Forrest Reynard, President of Reynard Corporation.

Reynard Corporation, an international supplier of optical components and thin film coatings announces complete customization of their Circular Variable Neutral Density (CVND) Filters. This technology is best used in high quality optical systems to change the intensity of light from 100% to less than 0.1%. As the filter rotates, the beam intensity is customized due to the density variation of a gradient metallic coating around the filter. These filters are fully customizable in optical density gradient function, transmission gradient function, substrate type, coating materials, and size to meet your application needs.