LEADIR Intelligent Image Algorithm Processing Board - Robot Scenario Customization
In the operating scenarios of various robots such as industrial inspection, intelligent manufacturing, service interaction and special operations, core links including target recognition, path planning, precise grasping and environmental perception impose stringent requirements on the computing power, response speed and environmental adaptability of visual processing.
LEADIR's exclusive solution for robot vision systems builds an end-to-end visual processing core module with a high computing power, low power consumption and highly integrated hardware architecture, integrated with lightweight AI visual algorithms exclusive to robot scenarios. It one-stop solves the technical pain points of robot visual perception and data processing, providing stable, efficient and customized visual technical support for industrial robots, service robots, special robots and mobile robots/AGVs.
Exclusively built for various robots, it is a high-reliability visual processing core module that realizes multi-dimensional image acquisition, real-time processing, accurate solution and data interaction. It one-stop meets the core technical needs of target recognition and positioning, precise grasping, path planning and environmental obstacle avoidance, perfectly adapted to harsh operating environments such as industrial production lines, outdoor inspection and special operations.
Five Core Technical Advantages
High Computing Power for Accurate Recognition, Complex Scenario Perception
Equipped with a dedicated vision NPU + high-frequency low-power main chip, supporting visible light/depth/infrared multi-modal image input with a target recognition rate ≥90%. It can accurately capture the features of tiny workpieces and complex environment targets, intelligently distinguish targets from background interference, and support simultaneous multi-target recognition, feature extraction and posture analysis.
Low Latency & High Responsiveness, Seamless Motion Execution Linkage
With a visual processing frame rate ≥60fps and tracking accuracy ≤1 pixel, it supports real-time tracking of dynamic targets, realizing real-time linkage between visual perception and robot joint movement, precise grasping and path adjustment without missed detection or lag, matching the fast response requirements of industrial robots and mobile robots.
Ultra-Wide Temperature & High Reliability, Adapting to Multiple Severe Scenarios
Stably operates in a temperature range of -40℃~+65℃ with a typical overall power consumption ≤6W, adapting to the limited power supply budget of robots. It has the characteristics of resistance to strong vibration, electromagnetic interference, dust and oil pollution, meeting industrial and special environmental testing standards and supporting long-term uninterrupted operation.
Ultra-Miniaturization & Full Interfaces, Efficient Robot Integration
Customizable hardware design of ≤7cm×7cm×1.7cm, perfectly fitting the compact body/joint cavity space of various robots. It fully covers GigE/MIPI/LVDS high-speed image input, Gigabit Ethernet/serial port/bus motion control data output and high-reliability IO interface, directly connecting to robot vision sensors, motion controllers and actuators without additional adapters.
High-Precision Anti-Distortion, Ensuring Accurate Visual Perception
Integrates image distortion correction algorithm, image registration technology and motion posture compensation technology to achieve sub-pixel level visual positioning accuracy, effectively eliminating perception errors caused by robot motion jitter, lens distortion and environmental light and shadow, and improving robot operational stability and reliability.
Precise Scenario Adaptation
Industrial Robots
Multi-modal image fusion + high-precision target positioning, realizing accurate workpiece recognition, posture detection and intelligent grasping, adapting to welding, assembly, sorting and loading/unloading for intelligent manufacturing.
Special Robots
Infrared + visible light multi-band detection + anti-interference recognition, adapting to fire protection, security and mining scenarios, realizing dangerous target detection and remote visual backhaul to ensure operational safety.
Service Robots
Human body recognition + environmental perception + visual navigation, accurately identifying human movements and scene objects, realizing autonomous obstacle avoidance and intelligent interaction for shopping malls, buildings and families.
Mobile Robots/AGVs
Infrared + visible light multi-band detection + anti-interference recognition, realizing autonomous positioning and dynamic obstacle avoidance in unmarked environments, improving movement flexibility for warehousing logistics and factory transshipment.
Reduce R&D Costs
Saves huge investment in independent R&D of robot high-level visual processing modules, reduces hardware and algorithm adaptation costs, and optimizes R&D resource allocation.
Improve R&D Efficiency
Highly adaptable hardware design compatible with mainstream robot interfaces, protocols and motion control systems, with plug-and-play integration mode accelerating product launch rhythm.
Enhance Product Performance
Strengthens the operational capability of robots in complex environments with high-precision perception and low-latency response, improving the accuracy and efficiency of target recognition and precise grasping.
Exclusive Customized Services
- Scenario-specific algorithm customization (workpiece recognition, visual navigation, precise grasping);
- Custom hardware development (interfaces, volume, low-power solutions based on robot body space and power supply needs);
- Full-process technical guidance for the integration and joint debugging of visual and motion control modules;
- Full-life-cycle technical support from R&D to after-sales, with supporting industrial-grade testing and certification services.
Consult Now to obtain customized vision system solutions and accurate quotations, and unlock new possibilities for robot visual processing!
