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Zygo Metrology Systems Support Virtual Reality Product Development

Zygo Metrology Systems Support Virtual Reality Product Development

A global VR solutions provider, relies on Zygo for optimal results. Captain Lin, a key figure within the company, highlights the necessity of Zygo’s technology for intricate adjustments, ensuring unparalleled quality in headset lenses and cellphone screens. 

Elevating Virtual Realities

Zygo prides itself in ensuring Virtual reality (VR) creates a fully immersive experience that allows users to feel like they are actually in the virtual world. This is done by using headsets that block out the user’s real-world surroundings and display a computer-generated world in their field of view.

Zygo’s client with operations in the United States, Europe, China, and Japan develops innovative (VR) solutions that enable users to experience the best in VR and immersive reality technologies. As the company develops new products on its optics, metrology was extremely important to Captain Lin, a former director at the company.

Metrology tools for immersive reality devices quantify surface form, diffraction angles and efficiency, assembly tolerances, and surface roughness, and assist in development and prototyping, performance evaluation, and production quality control.

“Creating VR products utilising headset lenses and cellphone screens requires extreme precision. That’s why we need the best metrology equipment available,” said Captain Lin. “My skill is in using metrology equipment that can perform complex calculations to help manufacturers adjust their mold base or their compensation for lens deviation so that we get optimum results. When I use Zygo’s equipment and software, everybody trusts the results. That’s why I love using Zygo to analyse things,” he added. To ensure that it was using the best equipment for the task, the company turned to Zygo, the leading optical metrology innovator.

Optimising VR Precision

Zygo recommended that the VR solutions company use its DynaFiz® Laser Interferometer. Purpose-built for reliable interferometry in vibration-prone environments, this equipment is versatile and flexible enough to address a wide range of application needs, from high-end telescope testing to live phase feedback for active alignment of optical systems. Its fully coherent optical design enables highest light efficiency, improving dynamic performance

Read more here at page 44



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