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Mobile robot control system Industrial vehicle control system Low-speed driverless control system PLC
Universal mobile robot controller
Forklift robot controller
Differential mobile robot controller
Barcode navigation dedicated controller
Robot Design software
Implementation software
Fleet management software
Robot management (cloud)
Motor&servo kit
2D Laser rangefinder
Vision sensor
Vision-based obstacle avoidance module
Magnetic navigation kit
AGV/AMR wired hand-held remoter
Industrial vehicle wired hand-held remoter
Wireless hand-held terminal
I/O module
Simulator
Tools -
Forklift handling mobile robot
Reach mobile robots
SLIM
Jacking robot
Cooperation robot
Roller mobile robot
Towing mobile robot
Platform handling robot
Heavy-load robot
Outdoor loading mobile robot
Pick robot
Parking robot
Agricultural robot
Driverless Road Roller robot
Driverless Sanitation vehicle
Industry introduction
Automotive is one of the world's largest and most important industries with the highest output value and occupies a considerable proportion of the global manufacturing industry. With the upgrading of consumption and diversification of market demand, the automotive industry needs more efficient and flexible production methods to meet the market demand under fierce competition.
Along with the continuous upgrading and innovation of the automotive industry, mobile robots (AGV/AMR) play a more and more important role in the automotive manufacturing production line with their unique technical advantages of high efficiency, flexibility, and safety.
Along with the continuous upgrading and innovation of the automotive industry, mobile robots (AGV/AMR) play a more and more important role in the automotive manufacturing production line with their unique technical advantages of high efficiency, flexibility, and safety.
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Transport
Automotive factories are always big and complex places, with chaotic warehouses and goods prone to transport delays and errors. Therefore, we can utilize mobile robots to maintain transportation throughout the process chain, increase vehicle integrity, and reduce error rates.
Recommended car models：Jacking robot
Assembly shop
Mobile robots can be used for automotive assembly line production, for example, the disassembly and installation of automotive components, as well as to complete some of the assembly work that requires high precision, such as the interior line, chassis assembly line, final line, and another assembly line, as well as the engine sub-assembly, instrumentation sub-assembly, front and rear suspension sub-assembly and another sub-assembly line, can be used as a mobile robot assembly of the carrier of the workpiece, to improve the production efficiency and quality.
Recommended car models：Platform handling robot
Assembly parts
Mobile robots can take on some of the tasks of vehicle assembly, such as welding support frames to sheet metal frames and installing parts such as seats and doors. To reduce safety risks, these operations are usually done by remote control.
Recommended car models：Cooperation rotot
Transportation and storage of parts
In-plant logistics covers inbound unloading, receiving and warehousing, storage, material preparation, distribution, line management, and other aspects of the process that are difficult, and mobile robots can carry parts and components, free traveling in the workshop, the required tools and parts to the required production lines and workstations, and can be safe and effective storage of these items.
Recommended car models：SLIM(fork type)
Acceptance
Mobile robots can use cameras, sensors, and other equipment in the inspection process to help factories check the quality of their products, such as detecting any leaks or irregularities, to ensure that every vehicle produced meets standards and that problems are detected and repaired promptly.
Recommended car models：Platform handling robot
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