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1 Accurate depth information: The TOF camera can provide up to 300,000 depth information points, which is more accurate and rich than traditional binocular vision, helping to build high-precision 3D models. This is very important in scenarios such as autonomous driving and robot navigation.

2Anti-environmental interference :TOF cameras can maintain good depth perception performance in complex environments, such as direct sunlight and haze, overcoming the limitations of traditional vision systems.

3 Cost advantage: As the cost of TOF chips and components declines, the overall cost of TOF cameras is also decreasing, which is conducive to large-scale commercial applications.

4 Wide application prospects: In addition to the fields of autonomous driving, robotics, and medical care you mentioned,TOF technology can also be applied to 3D modeling, AR/VR, human-computer interaction, security monitoring and other fields, with broad prospects.

Driving torque: The larger the lens focal length and size, the greater the required driving torque. Choosing a large enough torque output ensures fast, smooth focus of the lens. 
Response speed: Fast, accurate focusing performance is required, and it is important to choose a motor with a short response time. 
Noise and vibration: Choose a low-noise, low-vibration motor to avoid compromising image quality. 
Size and weight: to match the size and weight of the lens itself, to avoid affecting the overall balance. 
Power requirements: The rated voltage and current of the motor should be compatible with the camera system. 
Control interface: The motor needs to communicate and synchronize well with the main camera control system. 

High magnification capacity: The magnification rate of 1000 times can enable users to observe tiny organisms and cell structures that are difficult to detect with the naked eye, providing a powerful magnification function for the observation of bacteria, protozoa, plant cells, etc. 
 
High-resolution imaging: The 1000x microscope uses high-quality optical lenses and highly sophisticated optical system design to provide clear and delicate images with excellent rendering of tiny structural details. 
 
Practicality: 1000x microscopes are widely used in the research and teaching of biomedicine, chemistry, materials science and other fields, and are indispensable instruments and equipment in scientific research and education. 

 

Lens focal length and frame :8K cameras need to match the right focal length and frame for shooting large scenes. Common 8K lenses have focal lengths such as 85mm and 100mm. 
 
Aperture size: Choose a lens with a large aperture (such as F1.4-F2.8) to get a better soft background blur effect. 
 
Optical performance :8K video has high requirements for lens imaging quality, and it is necessary to pay attention to the resolution, color difference, distortion and other indicators of the lens. A professional lens would be better. 
 
Stability: The use of stabilization devices such as PTZ can reduce the jitter of 8K video. Some lenses also support optical stabilization. 
 
Compatibility: You need to make sure that the lens fits perfectly into the target 8K camera body without any compatibility issues.

Where's the focus? - HD projection lens

Wide view - Wide view projection lens

Clear as real - Professional grade projection lens

Cinema Experience - Home theater projection lens

Accessible picture quality - touch focus projection lens

Brightness Tilting City - Bright uniform projection lens

Unbounded field of view - Wide Angle projection lens

Smart Focus - Intelligent control of the projection lens

Image quality is king - Image quality upgrade projection lens

1 Accurate depth information: The TOF camera  helping to build high-precision 3D models. This is very important in scenarios such as autonomous driving and robot navigation.

2Anti-environmental interference :TOF cameras can maintain good depth perception performance in complex environments,  overcoming the limitations of traditional vision systems.

3 Strong real-time :TOF camera depth information acquisition and output speed is fast, can reach 30-60fps, to meet the needs of many real-time applications.

4 Cost advantage: As the cost of TOF chips and components declines, the overall cost of TOF cameras is also decreasing, which is conducive to large-scale commercial applications.

5 Wide application prospects: In addition to the fields of autonomous driving, robotics, and medical care you mentioned,3D modeling, AR/VR, human-computer interaction, security monitoring and other fields, with broad prospects.

1 Expanding market opportunities: Many customers give priority to companies with ISO certification when selecting suppliers. Achieving ISO certification helps companies expand into new customer groups and market segments. 
2 Improve management efficiency :ISO standards require enterprises to establish a sound documented management system, which helps optimize internal processes and improve operational management. 
3 Cost savings: Through standardized management, waste in production and service processes can be reduced, thereby reducing operating costs.  

1 Wide-angle shooting: Fisheye lenses can capture ultra-wide-angle landscapes, often with a viewing Angle of 180 degrees or wider. This is useful when shooting in a small environment and you want to shoot a larger area of the scene.

2 Special effects: The fisheye lens will produce a unique curved distortion effect, giving a sense of distortion and environment. This unique visual effect is popular in creative photography.

3 Compact and lightweight: Fisheye lenses are generally designed to be lightweight and easy to carry. Suitable for outdoor shooting.

This 10mm small volume 155 degree wide-angle motion camera lens has excellent optical performance and excellent adaptation system, which can be used in various motion cameras, providing you with a different viewing experience. It not only has an ultra wide angle of view, allowing you to easily capture vast scenes, but also has clear and delicate image quality, making every detail vivid. Not only suitable for professional photographers, but also for outdoor enthusiasts and travelers. Whether you are challenging yourself in mountains and valleys, or recording exciting moments on city streets, it can help you capture special perspectives and create stunning effects.

Patent number: CN219625799U;Patent number: CN116299992A;

Optical design and optimization: Precise optical design and system optimization are carried out to meet the requirements of achieving a 150 degree field of view angle and no distortion. Use methods such as aspherical lenses, composite lenses, or heterogeneous media to achieve this goal.