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Intelligent Spraying Robots For The Coating Field

A good painting robot combines hand, eye and brain.

“Path planning” is equivalent to the robot's brain, according to the demand for automatic planning of the spraying path; ‘machine vision’ is the eyes of the robot.

“Machine vision” is the robot's eyes, can ‘see’ the type and location of the workpiece, real-time adjustment of the spraying path to perfectly execute the spraying, to solve the customer's problem due to the many types of workpieces, difficult to locate the problem.

    Functional Features

    ²  BBR structure offset wrist, no singular points on the front

    ²  Explosion proof certification; Compact structure

    ²  1600-3800mm arm span; 5-15KG end load

    ²  Wrist protection level reaches lP67

    ²  Can be paired with 3D vision system for intelligent painting robots and an AR follow-up teaching handle, making it convenient and easy to use

    ²  Suitable for narrow space spraying operation environment

    Product Display

    Intelligent Spraying Robots For The Coating Field
    Intelligent Spraying Robots For The Coating Field
    Intelligent Spraying Robots For The Coating Field
    Intelligent Spraying Robots For The Coating Field

    Spraying Robot Body

    Intelligent spraying robot with independent intellectual property rights with large arm span fills the void of large spraying robot in China. The wrist adopts a special BBR-type structure, and there is no singularity point in the front spraying, which greatly improves the spraying efficiency and quality.

    Combined with the visual party system and automatic planning system to form a standard intelligent coating robot system to achieve the purpose of free teaching, flexible spraying, fast landing application.

    Automated Coating Solutions

    Provide integrated intelligent spraying solutions for the needs of customers in benchmark industries, replacing manual labor with robots, saving labor costs, saving paint, improving spraying quality, reducing pollution, and at the same time, improving the consistency of product surface quality, increasing product competitiveness, and helping enterprises upgrade their spraying processes. Such as wind power, carriages, ships, construction machinery and other industries.

    Automatic Path Planning Coating by Vision

    The vision camera acquires the shape and position information of the workpiece to be sprayed in real time, and automatically produces the spraying trajectory on the acquired point cloud of the workpiece, which is used to solve the spraying of flat and simple curved surfaces and other workpieces.

    Instructional Coating

    Manually holding the spray gun to complete the new workpiece coating, the robot records the manual coating trajectory, and then the robot completes the coating of the subsequent workpieces, which is used to solve the problem of rapid access to the first set of spraying programs for multi-category workpiece coating.

    Visual Positioning and Corrective Coating

    Plan the workpiece standard position spraying trajectory in advance, and obtain the actual position of the workpiece through the vision camera, adjust the spraying trajectory in real time and send it to the robot to complete the spraying, which is used to solve the problem of difficult to locate the product spraying.

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