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High-performance OEM/ODM laser rangefinder sensor solutions help you innovate the future.
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Advantage
JIOPTICS laser rangefinder module has the advantages of high quality, great performance, small size, low power consumption, etc.
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Application
which are widely used in the integration of unmanned aerial vehicles, artillery, aircraft, ships, thermal imaging and other systems.
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OEM/ODM
Strong scientific research capabilities provide OEM/ODM customization services for you. If you need customization, we will be your reliable partner.
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About Us
High-performance OEM/ODM laser rangefinder sensor solutions help you innovate the future.
JIOPTICS laser rangefinder module has the advantages of high quality, great performance, small size, low power consumption, etc. Its professional knowledge and cutting-edge technology provide you with solutions for different measuring distances from 1km-300km.We're known as one of the most professional Laser Rangefinder Module, Zoom MWIR Camera, 905nm Laser Range Finder Module, 1535nm Laser Range Finder Module, 1570nm Laser Range Finder Module manufacturers and suppliers in China.
News
Analysis of the skyrocketing demand for intelligent sensors in five major fields
Sensors are like the eyes, ears, mouth, and nose of humans, but they are not just about human senses. They can even collect more useful information. In that case, it can be said that these sensors are the foundation of the entire IoT system, and it is precisely because of sensors that the IoT system has content transmitted to the "brain".
How does the laser ranging module monitor traffic flow?
Usually, this usage method involves fixing the equipment on a gantry on a highway or core road, with the laser transmitter and receiver facing vertically towards the ground and aligned with the center of the lane. When a vehicle is driving, the distance sensor can output the relative change value of the measured distance value in real time, thus depicting the outline of the motor vehicle.
Introduction to Laser Gyroscope
Modern gyroscope is an instrument that can accurately determine the orientation of moving objects. It is a widely used inertial navigation instrument in modern aviation, navigation, aerospace, and defense industries. Its development has significant strategic significance for a country's industrial, defense, and other high-tech development. Traditional inertial gyroscopes mainly refer to mechanical gyroscopes, which have high requirements for process structure and complex structure, and their accuracy is constrained by many aspects.
The Application of Laser Ranging Technology in Space -- JIOPTICS
With the development of space technology and aerospace industry. Space distance measurement has become an important research topic in the field of space. Traditional radar ranging is highly susceptible to interference from high-energy particles and electromagnetic waves in space, resulting in low measurement accuracy and inability to meet the requirements of high-precision measurement. The air in space is thin and the temperature changes dramatically, making it impossible to perform ultrasonic ranging. Therefore.
Robotics Technology brings you the application of laser ranging technology in space
With the development of space technology and aerospace industry. Space distance measurement has become an important research topic in the field of space. Traditional radar ranging is highly susceptible to interference from high-energy particles and electromagnetic waves in space, resulting in low measurement accuracy and inability to meet the requirements of high-precision measurement. The air in space is thin and the temperature changes dramatically, making it impossible to perform ultrasonic ranging. Therefore. Measuring spatial distance requires a ranging method that is suitable for the spatial environment, has strong anti-interference ability, and high measurement accuracy. Laser ranging technology is an automatic non-contact measurement method that is insensitive to electromagnetic interference, has strong anti-interference ability, and high measurement accuracy. Compared with general optical ranging technology, it has the advantages of convenient operation,
Do you know the working principle of laser displacement sensors?
Do you know the working principle of a laser displacement sensor? Let me explain it to you: During the operation of a laser displacement sensor, the laser displacement transmitter will emit a red laser from the lens towards the surface of the object, and there will be a series of reflections on the surface of the object. One beam of light will reflect back into the laser displacement sensor. At this time, detection is based on the angle of the light reflection and the distance from the laser displacement sensor.
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