Solution
Robotics
The location camera built by Sunny OIT is suitable for all kinds of service robots. The depth camera can measure from 0.2 meters to 8 meters, with an error of less than 1%. It can quickly realize various requirements of robot based on obstacle avoidance, scene reconstruction, path planning and so on.
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Vacuum Robot
Sunny OIT provides various robotic vision system solutions for vacuum robot. It combinate navigation, recognition, obstacle avoidance, map creation, and Various requirements such as path planning.
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Smart Home
Sunny OIT strives to create a series of low energy consumption, small size, safer smart home equipment vision solutions for smart home environment, which can achieve many contents such as education, motion games, motion entertainment, motion fitness and so on.
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AR/VR
The new applications of Sunny OIT for AR/VR devices not only provide high frame rate and wide-angle 2D vision solutions for image acquisition, eye tracking, etc. More high-precision 3D vision scheme, to achieve environmental perception, spatial positioning, spatial modeling, gesture control, attitude recognition and other more functions.
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3D Face Recognition
Sunny OIT face recognition series depth camera has a built-in 3D depth sensor and dot matrix projector, which can accurately identify face by projecting more than 30,000 points. The embedded face recognition algorithm and live detection algorithm can obtain highly accurate 3D depth information through USB/ Type-C interface connection, so as to realize rapid development.
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Smart Lock
Sunny OIT originally designed the visual scheme of smart door locks, which satisfies the needs of face recognition under different scenarios of residential buildings, offices, apartments, hotels, etc.
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Robotics
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Vacuum Robot
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Smart Home
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AR/VR
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3D Face Recognition
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Smart Lock
Knowledge of 3D vision technology
Sunny OIT provides a variety of solutions based on robotic vision, aiming to enable your products to better understand the 3D vision.
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TOF
Depth information acquisition technology for calculating surface shape information of objects to be measured by optical flight time.
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Binocular Stereo Vision
A depth information acquisition technique for calculating the surface information of the measured object by triangulation ranging method.
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Structured Light
Depth information acquisition technology is used to calculate the depth information of an object by projecting specific optical information to the surface and background of the object and collecting the changes of the optical signal.
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Laser Doppler Vibrometer
Non-intrusive vibration measurement technology based on the Doppler effect，perform your R&D and production measuring tasks efficiently and accurately.
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