Laser radar mirror

1.  Features

• Precision Performance for LiDAR Systems: SOT’s Laser Radar Mirrors are designed to optimize the performance of LiDAR systems, providing high reflectivity and minimal light loss.
• High Reflectivity Coating: The mirrors are coated with materials that ensure excellent reflectivity (≥99%) for wavelengths commonly used in LiDAR systems, such as 850nm, 905nm, 940nm, and 1550nm.
• Customizable Solutions: Mirrors can be tailored to your system’s requirements with customizable parameters such as wavelength range, optical properties, and coatings.
• Durable and Reliable: Manufactured for long-term reliability, these mirrors are designed to withstand environmental stressors while maintaining high reflectivity over time.
• Precision for Accurate Detection: These mirrors are key components in achieving precise distance measurements and accurate 3D mapping in LiDAR and laser radar systems.

2. General Description

Shape Optics Technologies Pte Ltd (SOT) offers a range of high-performance Laser Radar Mirrors designed for use in LiDAR and laser radar systems. These mirrors are engineered to provide superior reflectivity for light wavelengths used in these systems, including 850nm, 905nm, 940nm, and 1550nm. With cutting-edge coating technology, SOT’s mirrors are optimized to handle high-intensity laser beams with minimal loss of signal, enabling precise detection and accurate distance measurement.

LiDAR systems rely on these mirrors to reflect laser light efficiently, ensuring that the system can accurately capture return signals from distant objects. SOT’s Laser Radar Mirrors provide the required performance and durability, whether used in autonomous vehicles, environmental monitoring, or industrial applications. Each mirror is designed to meet stringent specifications for high reflectivity, stability, and reliability in challenging environments.

These mirrors are customizable, allowing SOT to provide solutions tailored to specific system requirements. Whether you are working with existing LiDAR setups or designing new systems, SOT can deliver the right mirrors for optimal performance.

3. Spectrum Transmission Curves

SOT provides customized services for mirrors to meet your specific wavelength and optical density requirements. If the standard components do not meet your needs, we can tailor the mirrors to suit your system.

4. Coating Quality

The Laser Radar Mirrors undergo rigorous testing to ensure they meet SOT’s high standards for performance and durability:

• Adhesion Test: Compliant with MIL-C-675C military standards, the adhesion test involves applying tape (LT-90 specification) to the lens film and removing it vertically three times. No blistering or peeling is observed.
• Temperature Test: Mirrors are subjected to temperatures of -62±1℃ and 71±1℃, in line with MIL-C-675C specifications. No film detachment occurs after exposure and re-testing at room temperature (16℃–32℃) for two hours.
• Abrasion Resistance Test: Conforming to MIL-C-675C and CCC-C-440 standards, the test applies 1.0 lbs (0.45 kg) of force using a gauze tester, repeated 25 times without damaging the mirror surface.
• Humidity Test: Mirrors undergo testing in a controlled chamber set to 49±2℃ and 95%-100% humidity for 24 hours. No peeling or scratches are observed.
• Solvent and Cleaning Testing: Mirrors are exposed to acetone and alcohol for 10 minutes each. After air drying and cleaning with alcohol, no peeling or scratches are found.
• Salt Spray Test: Mirrors are tested in a 35°C environment with 5% saltwater for 100 hours, showing no signs of damage.

5. Standard Specifications

6. General Applications and Examples

SOT’s **Laser Radar

Mirrors** are crucial components in various high-precision systems. Their primary applications include:

1. LiDAR for Autonomous Vehicles: Used in autonomous driving systems to reflect laser light for object detection, navigation, and safety.
2. Environmental Monitoring: These mirrors help in environmental LiDAR applications for monitoring forest density, air quality, and other environmental parameters.
3. Geophysical Surveying: Utilized in geological exploration and topographical surveys for mapping terrain and underground structures.
4. Industrial Automation: Laser radar mirrors are essential in automated inspection and material handling systems, where high precision is required for sorting and quality control.
5. Defense and Security: Employed in military applications for surveillance, target tracking, and reconnaissance.
6. Aerospace Applications: Used in aerospace for high-precision altitude measurements and terrain mapping in both commercial and defense sectors.

7. SOT Strengths and Capabilities

Shape Optics Technologies Pte Ltd (SOT) is known for producing high-quality, customizable Laser Radar Mirrors designed for precision applications. With extensive experience in optical technology, SOT is capable of delivering solutions that meet the most demanding specifications. The company ensures that all products undergo stringent quality control processes to guarantee optimal performance, reliability, and durability in various industries. SOT’s expertise in coating technology and optical design enables the provision of highly efficient solutions for complex systems, making SOT a trusted partner in high-precision industries.

8. Standard Products