Mezmeriz has developed a novel Micro-electromechanical systems (MEMS) platform based on the integration of carbon fibers with traditional MEMS materials. This new materials set allows Mezmeriz to design and fabricate MEMS devices with unique and application-specific optimized properties. Currently Mezmeriz has leveraged its materials technology in developing scanning micro-mirror modules capable of ± 45 degree mechanical excursions at tens of kHz scan speeds. This unique capability of Mezmeriz’s mirrors makes them ideally suited for applications such as pico-projection image engines that can deliver, crisp, bright, high-resolution images, > 12" diagonal at a distance of 6" from the projector.
Mezmeriz's MEMS imaging modules are engineered to work with Red + Green + Blue lasers to provide a complete solution for embeddable pico projector markets.
| Module Length | 10 mm |
| Module Width | 7 mm |
| Module Height | 7 mm |
| Max Power consumption | 50 mW |
| Optical Efficiency | > 90% |
| Fast Scan Mirror Diameter | 1 mm |
| Fast Scan Resonance Speed | 2 to 16 KHz |
| Mechanical Deflection | 1 to 25° peak |
| Maximum Optical Power | 250 mW |
| Dynamic Flatness | 1/4 wavelength @ 440nm |
Product Features
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Laser Light Source
- Ultra-low power consumption
- Low Heat Dissipation
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Carbon Fiber MEMS
- Massive projection from short distances
- Long fatigue life
- Elegant 2-mirror design
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Digital Image Control
- Off-axis projection
- Progressive or Interlaced imaging
- On the fly resolution range
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Modular Design
- Customizable to OEM handset maker specifications
- Flexible cost and performance tiers
- Tiny, embeddable subcomponent
Get Started
Mezmeriz is actively seeking partners with whom to bring to market an embedded module that will deliver a significant step forward in performance.