VR IPD Adjustment Drive System

Picture this: A person is comfortably sitting on the sofa at home, and with a simple gesture, he finds himself transported to a virtual universe. As he turns his body, an array of entertainment options materializes before him, all at his fingertips through a sleek controller. Even more captivating, this person can create a virtual avatar to accompany him.

This is a virtual world that is completely in one’s charge, and all people need is a pair of VR glasses. As a leading micro-drive systems manufacturer dedicated to enhancing people’s lives through smart industrial solutions, ZHAOWEI proudly launched a micro-drive system solution for VR glass to improve user experience, hence empowering the future of the VR industry.

The future of virtual reality is upon us. According to the data, the global VR market is poised to surge from $25.11 billion in 2023 to a staggering $165.91 billion by 2030. However, the pain points of current VR glasses, including imprecise inter-pupillary distance (IPD) adjustment and poor wearing experience are still waiting to be addressed urgently. 

Improving IPD Adjustment Accuracy with High-precision Transmission System

Achieving crystal-clear immersion in the virtual world necessitates precise alignment of VR glasses' lenses with the user's IPD. Any misalignment can result in distorted or blurred visuals and even discomfort or harm to one's vision. Recognizing the unique IPD variations among individuals, current VR glasses incorporate an automatic IPD adjustment function to cater to diverse users. To further improve IPD adjustment accuracy, ZHAOWEI Micro-drive System Solution for VR IPD Adjustment adopts a 4.3 mm micro transmission system, a precision transmission device once awarded the Individual Championship for the National Manufacturing Industry. This micro system combines small volume, and light weight with a sub-0.1 mm adjustment accuracy. Moreover, it incorporates an eye-tracking function, ensuring precise IPD calibration for different users, delivering faster, clearer imaging, and helping to alleviate VR-induced motion sickness.

Overcoming Future Challenges in Evolving VR Devices with Micro Transmission Systems

Today’s mainstream all-in-one VR glasses typically tip the scales at over 500 g due to their integration of batteries, lens, and display screens - a weight that is 18 times heavier than regular glasses, resulting in an unsatisfactory wearing experience. Overcoming the technological hurdle of crafting lighter VR glasses while upholding top-tier image quality stands as a pivotal challenge for the future of VR eyewear. ZHAOWEI, committed to staying ahead of the curve, continues to pioneer micro-drive system technologies. Up to now, ZHAOWEI has developed gearbox and motor systems with millimeter precision, achieving mass production of the industry’s thinnest gearbox at a mere 3.4 mm thickness. Notably, these high-performance drive systems can output large torque in a limited space stably with minimal noise.

ZHAOWEI is a professional partner for customers' micro drive systems, providing customers with professional and customized service solutions, as well as helping customers upgrade their products performance. For more details, please consult our online customer service.