M12 Lenses are miniature lenses for embedded cameras, computer vision, and human viewing...
Lenses for ADAS, AMRs, and AGVs, including IP69K-rated options, with all-glass construction and good performance over temperature for autonomous systems.
Both automotive ADAS and mobile robots require ruggedized optics that maintain performance under vibration and temperature cycling. All-glass assemblies provide stable imaging across temperature for computer vision in vehicles and warehouses.
Thread-locked M12 mounts handle road vibration and warehouse floor impacts equally well. Extended reliability testing validates performance for both highway driving and 24/7 logistics operations.
Surround view enables safe navigation in tight spaces. Our wide-angle and fisheye lenses support uniform SLAM performance with consistent distortion profiles across production batches.
Compact designs fit vehicle profiles and robot chassis while maintaining large apertures for low-light warehouse environments. Metal barrel construction provides thermal stability between freezer and ambient zones.
M12 lenses for automotive ADAS and mobile robotics, including IP69K-rated options.
| Test Type | Conditions | Typical Performance |
|---|---|---|
| Thermal Cycling | -30°C to +90°C, 500+ cycles | Maintains focus |
| Random Vibration | Automotive profiles | No loosening |
| Mechanical Shock | Multi-axis testing | No damage |
| Salt Spray | Extended exposure | No corrosion |
| High-Pressure Wash | IP69K standard | Sealed optics |
Thermal cycling, random vibration, and IP69K washdown testing for automotive and mobile robotics lenses run in our own San Diego facility, not a third-party lab. Customers are welcome to visit and observe testing in progress.
View our environmental reliability testing capabilities →
Automotive and warehouse robots operate from bright sunlight to minimal emergency lighting. Multi-layer AR coatings increase transmission and reduce reflections across the visible band.
Large aperture designs favor light collection in dim warehouse environments; because a wider aperture reduces depth of field, lens selection balances f-number against the focus range each application needs. Proper sensor compatibility supports consistent performance with common automotive and industrial CMOS sensors.
Testing follows automotive and industrial robotics standards through accelerated environmental exposure. Temperature cycling and vibration testing validate long-term stability.
Each lens design undergoes qualification testing to establish operating limits. All-glass construction with metal housings provides durability for continuous operation in demanding environments.
High-pressure, high-temperature washdown on select lenses
Wide operating temperature range
Optical inspection during production
Automotive-grade durability
Consistent distortion profiles
Thermal stability
Choosing the right mounting technology depends on your annual production volume and optical precision requirements
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