The SY01WGT005 waveguide inspection equipment helps AR waveguide manufacturers achieve full-dimensional, high-precision inspection of waveguide performance and defects, accurately intercepting dimensional deviation, sub-standard performanceand hidden defects,safeguards the performance and quality.

The SY03DsA002 AR glasses binocular AA equipment is a high-precision automated active alignment system for the mass-production process of binocular AR smartglasses. It is an indispensable core process system for the mass production of consumer-grade and industrial-grade binocular AR glasses.

The SY02DsT003 AR glasses full-unit inspection equipment is a high-precision optical inspection system developed specifically for AR glasses. It tests core optical metrics including sharpness, luminance & chromaticity, FOV and contrast, and is a key safeguard of end-user satisfaction and comfort.

The SY05LeA005 AR optical engine AA equipment is a high-endactive alignment system for tri-color Micro LED optical engines used in AR glasses. Combining an in-house optical calibration module with six-axis precision motion control, it performs active alignment of RGB tri-color chips.

The Ven-AAC800-LCoSAA AR LCoS optical engine active alignment (AA) equipment is an active alignment system designed specifically for LCoS AR optical engine modules.

The SY04LeT008 4-in-1 AR optical engine inspection equipment is designed for LCoS / Micro LED AR optical engines. Giving the AR optical engine industry an efficient and reliable production-grade quality inspection solution.

The SY01WGT007 waveguide rainbow effect inspection equipment enables waveguide manufacturers to detect rainbow-effect defects, significantly improving the consistency, stability and yield of waveguide products and safeguarding end-product performance and quality.

The SY06PT001 AR display inspection equipment is a key step for AR display makers in controlling incoming display-chip quality and outgoing inspection. Delivering one-stop quantitative evaluation from pixel-level defects to optical performance.