Shanghai Seeyond Optoelectronics Co., Ltd.
Shanghai Seeyond Optoelectronics Co., Ltd.
Ven-WGAVD70
Ven-WGAVD70 is the world's first binocular calibration system designed for the entire AR glasses. Through high-precision binocular fusion and astigmatism calibration technology, it solves the parallax and imaging distortion problems of optical machine-optical waveguide modules.
●High-precision binocular fusion depth
● Low binocular perspective difference
●Asthetic calibration
● Automatic focus adjustment, compensate for glue shrinkage
Features
Self-developed binocular AA NED detection lens, specializing in AR AA
● Exclusive patented lens, using self-developed AA NED lens, special optical design, specially optimized for AA process
● Leading optical performance, MTF approaches diffraction limit
Original high-precision binocular calibration module
● Integrated and independently developed binocular calibration module.
● Accurate alignment, use advanced vision algorithms and precision calibration technology to accurately ensure binocular parallax information.
Intelligent craft integration
Supports automatic focus + glue reduction compensation, modular design compatible with multi-model optical machines
Special AR AA algorithm
● Core function integration, built-in dedicated AR optical machine AA algorithm;
●High sensitivity, good noise resistance and strong adaptability
●The algorithm can be customized according to customer applications
Product parameters
| Project Type | Product specifications/technical parameters | |
| Basic product information | Product model | Ven-WGAVD70 |
| Equipment size | ≤ 1700*1500*2200mm | |
| Equipment functions | AR glasses whole machine binocular AA | |
| Scope of application | AR projector and optical waveguide AA | |
| power | 220V/5KW | |
| Loading and unloading | Manual or automatic | |
| Module alignment | electric | |
| Cleanliness | 1000 class | |
| Software features | Special AA software | |
| Optical system | Detection module | Field of view DFOV: 70° aperture diameter 4mm (replaceable) resolution 5472*3648 Cell size 2.4μm x 2.4μm |
| Calibration module | Left and left image combination accuracy: horizontal ±0.05° Vertical ±0.05°Rotation ±0.1° Relative reference accuracy: horizontal ±0.2° Vertical ±0.2°Rotation ±0.4° | |
Application scenarios
Suitable for precision automatic alignment between AR machines and optical machines
Adapt to mass production links, improve AA efficiency and reduce artificial errors
Related Products
AR detection lens Mer-FtheC33 is innovatively designed for the optical performance detection and production process of AR machines and optical modules.
Ven-AAC800-LCoSAA is an active calibration system specially designed for LCoS AR optical machine modules, integrating self-developed machine vision, calibration module, six-axis motion platform and dispensing and curing functions to achieve millimeter-level precise alignment of imaging modules, lighting modules and screens.
Ven-ARF33 is mainly suitable for the detection of LCoS/MicroLED AR optical machines and optical waveguides. It is the world's first revolutionary equipment that can synchronize the detection of AR optical machines and optical waveguides.
Ven-AAD800-LEDAA is a high-end active calibration device for AR glasses three-color MicroLED optical machines. It combines self-developed optical calibration modules and six-axis precision motion control to realize active calibration of RGB three-color chips.
VR active calibration (AA) device KYSJ-PCAA600CNA is a high-precision, fully automatic alignment and dispensing curing solution specially designed for the production of core optical modules of VR equipment.
Mer- AR70D-FFA is an AR high-definition full-frame automatic detection lens that can be used with AR detection equipment to detect AR near-eye display (NED) products
Mer- VRM140A is a VR automatic focus lens that can be used with VR detection equipment to detect VR near-eye display (NED) products
AR detection lens Mer-AR70DFF is a straight-tube full-frame AR detection lens designed for the optical performance detection and production process of AR devices and modules.
Get information
Submit information to obtain files
