It took 10 years of development and the creation of some D400 models for Intel® RealSense to ultimately produce one of the best depth cameras on the market. The D455 3D camera by Intel RealSense offers an increased range of up to 10 metres, while maintaining precise vision of both depth and colour.
The LiDAR 4D L1 developed by Unitree is a powerful detection sensor for small mobile robots, offering a 360° x 90° field of view, high precision, and optimal proximity detection.
The YDLIDAR TIA utilizes ToF (Time of Flight) telemetry technology for precise distance measurements, making it ideal for outdoor industrial applications. It offers resistance to ambient light, dust, and water.
The ZED Mini is a stereoscopic camera intended for augmented reality and mixed-reality applications. In concrete terms, it can superimpose virtual reality objects on reality – and transform your world into an IRL video game!
The D457 camera is Intel® RealSense's first high-bandwidth stereo camera with GMSL/FAKRA interface. It comes with an IP65-rated housing, providing effective protection against dust and water splashes.
The Intel® RealSense™ Depth Camera D456 is based on the technology of the D455 USB camera, offering an increased range thanks to its 3 sensors.
Stereolabs has released a new ZED 2 depth camera, a stereoscopic camera designed for tracking vehicles and people with a very wide field of view.
The LPX-T1 represents the first high-performance medium and long-range LiDAR laser developed by SLAMTEC.
The RPLIDAR S1 360° Laser Scanner, featuring ToF technology, is ultra-compact, easy to use and perfectly stable for outdoor use.
SLAMTEC has introduced a new generation of laser rangefinders with integrated mapping and localization features.
SLAMTEC has introduced the RPLIDAR S3, a new generation of lightweight, high-performance and compact LiDAR.
The ZED 2i Depth Camera, replacing the ZED 2, comes with a new design, secure connectivity and new lens options. The ZED 2i by Stereolabs is an extremely powerful tool for all your vision-based robotics projects.
The UWB Starter Kit offers a complete pack of ultra-wideband (UWB) precision geolocation equipment. Very easy to use, accurate and responsive, it is an ROS geolocation module intended primarily for research and higher education.
The OAK-D LR camera, part of the OAK camera series 2, is equipped with 4 TOPS processing power and provides the flexibility to use any artificial intelligence model.
Small, compact and very quickly installed, the SICK TIM100-3010200 Laser Range Finder is a good solution for controlling all types of indoor surfaces. Connections not included, contact us for more info.
The Hokuyo PBS-03JN range finder is perfect for obstacle detection applications on autonomous mobile platforms. Small in form and light in weight, it integrates into any robotised systems.
The entry level laser range finder from Hokuyo. A 5.6m range at a low price. Ideal for indoor mapping and obstacles detection
Sick indoor laser scanner with 4 m measuring range. The TIM310 is a new scanning laser sensor for multi-zone detection.
Specifically designed for indoor robotics, the Hokuyo UST-05LN LiDAR is a compact, lightweight, and very accurate obstacle detection sensor.
Looking for a way to make your robot’s movements more precise? Do you want your mobile robot to be able to avoid obstacles and follow certain markers? By connecting a UST-10LX Scanning Laser Range Finder to your creation you will make it even more autonomous, even more responsive to its immediate surroundings!
The most popular laser range finder from Hokuyo. Thousands of robots accross the world use this sensor recognised for its accuracy and its robustness.
Sick indoor laser scanner with 10 m measuring range. The TIM351 is a new scanning laser sensor for multi-zone detection.
Sick indoor laser scanner with 10 m measuring range. The TIM551 is a new scanning laser sensor for multi-zone detection.
