Orbbec

Real-time 3D mapping and navigation capabilities with advanced object detection and avoidance are enabling AMRs to operate autonomously and safely in complex environments.

Advanced 3D data capture and analysis is enabling automated assembly processes with high precision, reducing errors, and increasing overall productivity. A depth camera enables Cobots to respond to human commands, gestures and interact safely with human intuitively.

Delivery robots, both indoors and outdoors, utilize 3D cameras for navigation and monitoring deliveries. These cameras help in measuring depth and recognizing objects, ensuring that deliveries are made accurately and safely.

3D cameras provide accurate and detailed measurements of product dimensions and shapes, ensuring precise placement and optimization of pallet loads.

High precision 3D measurements of product dimensions and surfaces in the manufacturing process enable consistent quality and reduce wastage.

Industrial inspection robots with RGB-depth cameras capture high-resolution 3D images, enabling precise detection of defects and wear. This early detection allows for timely maintenance, reducing the risk of equipment failure and minimizing downtime.

RGB-D cameras capture detailed 3D images of shelves and products, enabling shelf-scanning robots to accurately assess and monitor inventory.

3D technology applied cleaning robots enables precise navigation, obstacle avoidance, and surface detection, ensuring efficient cleaning.

Drones equipped with RGB-depth cameras excel in tasks like aerial mapping and infrastructure inspections. The 3D data these cameras provide is crucial for creating precise maps and thoroughly inspecting structures, enabling drones to navigate and gather data efficiently。

3D cameras can provide accurate and precise measurements of package dimensions, improving logistics and shipping accuracy.

Depth camera enables real-time monitoring to detect the risk of fall and alarms in time. 24/7 monitoring and data collection helps identify patterns and trends in fall, allows early intervention and prevention.

Combined with skeleton tracking software, Orbbec 3D camera helps the patients create personalized exercises and treatments.

Automatic body positioning, through cues from 3D vision, helps reduce dose required for radiological scanning while reducing variations from human operators.

A 3D camera-based whole-body scan provides a comprehensive overview of a person’s health and body composition, enabling ongoing monitoring and tracking over time.

Orbbec depth cameras track user’s body movements and positions, providing real time feedback and guidance to the user, ensuring that they are performing exercises correctly and safely.

3D camera provides a three-dimensional view of body movement and can capture complex movements that 2D cameras might miss, allowing for more accurate and detailed analysis of gait.

Depth cameras add immersive experiences in interactive and educational displays. Interactive displays use depth cameras to track the movements and gestures of users.

Depth cameras can be used to accurately track and count the number of people in a given space and help to monitor foot traffic and occupancy levels.

3D camera-based POS terminals provide a new unmanned and contactless payment and checkout experience.

3D camera-based body scans provide highly accurate body measurements for best fitting of clothing and apparel.

RGB-D cameras capture real-world objects and environments accurately. This capability is crucial for producing realistic visual effects in movies, video games, and virtual reality (VR) experiences.

In AR and VR, RGB-D cameras enhance the user experience by providing accurate spatial mapping and real-time interaction with the virtual environment. These cameras enable more immersive and interactive experiences by capturing the depth of the user’s surroundings and integrating them seamlessly with virtual elements.

Motion capture (mocap) is another area where RGB-D cameras are invaluable. By capturing the depth and movement of actors in real-time, these cameras allow for the creation of detailed and realistic animations.

RGB-D cameras are used for 3D reconstruction of scenes, which is critical for creating virtual sets in movies and virtual tours in real estate. These cameras can map out entire environments in three dimensions, providing a detailed digital representation that can be used for various applications.