BinoSense P-series

Flexible six degrees of freedom of motion, combining great viewing angle and high-definition resolution;

Fast fixation, switching, and tracking between multiple targets;

Simultaneous calibration of 3D display output

Maintain eye stability in bumpy environments

Supports real-time 3D reconstruction, object detection, and recognition

Supports all fixed binocular algorithm functions such as obstacle avoidance navigation

BinoSense S-series

Flexible six degrees of freedom of motion, combining great viewing angle and high-definition resolution;

Fast fixation, switching, and tracking between multiple targets;

Simultaneous calibration of 3D display output

Maintain eye stability in bumpy environments

Supports real-time 3D reconstruction, object detection, and recognition

Supports all fixed binocular algorithm functions such as obstacle avoidance navigation

Eagle Eye

Comprehensive three-dimensional reconstruction (international first);

No need for focusing, panoramic deep shooting;

Ultra high definition puzzle: 1 billion pixel level, up to 10 billion level;

Multi point (thousands of points) shooting and automatic tracking;

Remote shooting pose control and automatic shooting settings;

High precision thermal imaging and pixel level alignment of visible light images;

Collaborate with remote sensing images to establish high-precision stereo images;

Easy to add other multimodal sensors such as multispectral instruments;

LeadSense Binocular Camera

High definition global shutter with built-in 9-axis IMU sensor, up to 120fps

LeadSense is a binocular passive 3D sensor module.

By capturing images from both left and right cameras, high-resolution binocular images and corresponding depth maps can be output in real time at high frame rates.

It can be used in indoor or outdoor environments, suitable for robot/drone navigation, image analysis, 3D measurement, automatic warehousing, and other fields.

Rail Transit

The first domestic developer of biomimetic binocular multi-sensor technology integrated monitoring equipment

World's High-Level 3D Reconstruction Technology

Large baseline calibration technology

Pixel-level image processing and deep learning network multi-layer fusion technology

Can achieve online dynamic self-calibration function

Deep integration of multi-source information technologies such as infrared, ultraviolet, laser, fiber optic, and inertial navigation

The characteristics of small size, light, low power consumption, and easy installation

weightRealtime-, comprehensive, scalable, and interchangeable

Autonomous Mobile Robot

AMR (Autonomous Mobile Robot) refers to a robot that can intelligently understand the environment and move autonomously within it

Multi-sensor fusion perception

Maintenance free design

Visual navigation and recognition

No need for adjustment on site, fast and accurate identification of targets

360g-deree anti-collision sensing

Multiachine-m collaboration

Layout optimization

Complete scheduling optimization plan based on work order big data