AR Waveguides & Industrial Lenses
| Cat | Products Name | Price |
|---|---|---|
| AIMRSE-AIG-ODM-001 | 0.44-inch OLED Display Module | |
| AIMRSE-AIG-ODM-002 | Geometric Waveguide Display Module | |
| AIMRSE-AIG-ODM-003 | Full HD AR Display Module | |
| AIMRSE-AIG-ODM-004 | HD Resolution AR Display Module | |
| AIMRSE-AIG-ODM-005 | Compact AR Display Module | |
| AIMRSE-AIG-ODM-006 | LCOS Optical Waveguide Module | |
| AIMRSE-AIG-ODM-007 | Optical Display Component | |
| AIMRSE-AIG-ODM-008 | Standard AR Display Module | |
| AIMRSE-AIG-ODM-009 | High Performance AR Display | |
| AIMRSE-AIG-ODM-010 | Optical Waveguide Display Unit |
Introduction
AR Optical Waveguides and Industrial Optical Lenses are the "eyes" of next-generation AI glasses and vision systems. AR Waveguides serve as the critical path for projecting digital information into the user's line of sight through total internal reflection, while Industrial Lenses provide the high-resolution imaging necessary for the environment-sensing cameras. These components are engineered for maximum transparency, minimal distortion, and extreme miniaturization, enabling the seamless fusion of digital overlays with the physical world in lightweight, wearable form factors.
Working Principle
1. Light In-Coupling
Light from a micro-display (MicroLED/LCoS) is focused and injected into the optical waveguide substrate using specialized diffractive gratings or reflective mirrors.
2. Guided Transmission
The light travels through the ultra-thin glass or plastic substrate via Total Internal Reflection (TIR), maintaining brightness and color uniformity across the lens.
3. Pupil Expansion
Precision-engineered gratings expand the light beam in two dimensions, creating a large "eyebox" that ensures the user sees a full image regardless of eye movement.
4. Out-Coupling
The final optical structure projects the virtual image out of the waveguide and into the human eye, overlaying it perfectly onto the real-world environment.
Key Technical Specifications
-
Diffractive Waveguide Technology
Utilizes Surface Relief Gratings (SRG) manufactured via nano-imprint lithography for ultra-slim profiles (<1mm) and wide Fields of View (FOV). -
High Transmittance & Clarity
Achieves over 85% transparency to the real world, ensuring that the wearer's vision is not obscured while digital information is displayed. -
Modulation Transfer Function (MTF)
Optimized for industrial-grade sensing lenses, providing high-contrast imaging at the edges of the sensor to support AI spatial mapping and SLAM algorithms. -
Achromatic Correction
Advanced multi-layer coatings eliminate chromatic aberration (color fringing), ensuring the virtual world matches the physical world's color accuracy. -
Low Stray Light Design
Engineered housing and lens coatings minimize internal reflections and "ghost images," critical for high-precision industrial inspection and outdoor AR use. -
Thermal Stability
Optical components utilize high-refractive-index glass with low thermal expansion to maintain focus and alignment during long-term device operation.
Typical Applications
Consumer AR Glasses
Lightweight, fashionable waveguides for daily navigation, real-time translation, and personal notifications in a glasses form-factor.
Industrial Maintenance
Rugged optical solutions for smart helmets, providing hands-free technical manuals and remote expert assistance in factory environments.
Medical & Surgical AR
High-precision reflective waveguides that project 3D medical imaging (MRI/CT scans) onto the patient during minimally invasive surgeries.
Selection & Design Guide
Achieving the perfect balance between wearable comfort and visual performance requires deep expertise in optical physics. At AIMRSE, our optical solutions are designed to meet the rigorous demands of the AI wearable market:
- FOV Optimization: We provide solutions ranging from 30° for simple data display to 50°+ for immersive mixed-reality experiences.
- Eyebox Customization: Engineering the "sweet spot" to accommodate different interpupillary distances (IPD) without mechanical adjustment.
- Material Selection: Choice of high-index glass (1.7-2.0) or lightweight optical polymers depending on the weight and performance requirements.
- Integrated Sensing: Our industrial lenses are pre-calibrated for sensor compatibility (IMX/OV series) to ensure rapid SLAM integration.
Manufacturing & Quality Standards
Our optical components undergo rigorous testing to ensure reliability in diverse wearable environments:
- Precision Nano-fabrication: Class 100 cleanroom manufacturing for diffractive gratings and coatings.
- Optical Metrology: Full MTF, distortion, and brightness uniformity testing using industry-standard equipment.
- Environmental Durability: Tested for sweat resistance, salt spray, and impact resistance according to wearable standards.
Design Services & Support
We support developers from initial optical simulation to mass production with a focus on rapid iteration:
- Zemax and Code V optical design files available for system integration.
- Custom waveguide shape-cutting to fit specific frame designs.
- Reference designs for coupling the waveguide with Micro-display engines.
- 24/7 technical support for optical calibration and assembly.
Related Products
Technical data represent typical values. As applications vary, we recommend consulting our technical team to ensure the best fit for your specific requirements.
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