Based on the self-developed core technology LX-MRDVS (Mobile Robot Deep Vision System), BlueCore Technology's new generation of " intelligent vision" mobile composite robot is officially released!
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Product name: Mobile composite robot -
Product model: LXPK-FH2201 -
Control system: Distributed control -
Navigation mode: dual laser SLAM navigation/visual navigation -
Running speed: 1.2m/s -
Operating radius: Φ1300mm -
Robot arm load: 3~15kg -
Vision system: Self-developed LX-MRDVS (3D vision, compatible with 2D) -
Visual obstacle avoidance: front mounted -
Applicable scenarios: CNC loading and unloading, wafer production, chip packaging and testing, 3C components manufacturing and other application scenarios
This product is equipped with the Wukong series and Eagle series 3D vision sensors developed by BlueCore Technology , integrating high-precision positioning and grasping and autonomous movement functions . The product advantages are as follows:
Self-developed core
Independently developed main control and business modules, including core deep vision system (3D camera + vision algorithm) , with high integration, good stability, no need for marking, and high precision (up to ±0.2mm) .
Visual anti-fog
Relying on the advantages of 3D vision, materials can be secondary compounded through 3D vision to improve the safety of production and transportation .
Flexible customization
Customized electric control cabinets based on standard chassis and industrial scenarios, backpack operation, good scalability and quick customization .
Global Application
Quickly connect with robot peripheral equipment as well as elevators, hoists, rolling doors, etc. to achieve cross-floor and cross-region dispatching .
Easy deployment
It uses vision or laser SLAM for autonomous positioning and navigation, without the need for markers or on-site modifications , and is easy to deploy.
High security
Equipped with the self-developed Eagle series 3D visual obstacle avoidance camera + unique obstacle avoidance algorithm , it can identify dynamic/static obstacles and low obstacles in three dimensions, avoid the blind spot risk of traditional laser radar obstacle avoidance , and provide better safety performance .
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