16kg Payload 3240mm Reach 6-Axis Wrist Painting Robot Global Supply
GR6160-3200 VR Intelligent Painting Robot for Flat Surface
EFORT GR6160-3200 painting robot is designed for spraying flat workpieces and multi-sized regular parts in industries such as furniture and logistics. It provides you with an affordable, professional, and high-quality spraying solution.
VR software integrated into EPS, VR takes wings, making spraying so simple!
EPS integrates VR functions, enabling fixed-point and tracking VR trajectory teaching, reproduction and operation, and distribution to robots.
No longer use offline software, offline programming, or simulation verification. VR programs can add process and logic control instructions to make their functions more complete.
An economical painting robot, non-explosion-proof structure design;
Orthogonal spherical wrist structure, large load, high stiffness, wide working range; Default painting application software , built-in I/Os, easy integration, simple programming;
Especially suitable for painting furniture, large tank, board and frame parts;
Non-explosion-proof robot.
3240mm Reach Painting Robot Applications
Specially designed for flat workpiece and similar application scenarios: such as wood doors, window frames, pipes, etc; Also can be used for multi-size regular parts spraying, such as containers.
6-Axis Wrist Painting Robot Industries
GR6160-3200 Painting Robot is suitable for furniture, logistics and other industries.
Painting Robot FAQ(Frequently Asked Questions)
1. What types of coating applications are painting robots suitable for? Painting robots are suitable for painting, powder coating, and liquid coatings, and are widely used in the automotive, home appliance, and construction industries.
2. How do painting robots improve coating quality? Painting robots ensure uniform coating thickness and minimize waste through precise spray control.
3. Can painting robots adapt to different spray materials? Yes, painting robots can handle a variety of materials, including water-based, oil-based, and powder coatings. The nozzle and spraying method must be adjusted based on the material type.
4. How do painting robots handle complex spraying areas? Painting robots use a multi-degree-of-freedom motion control system that allows precise adjustment of nozzle position and angle, allowing them to handle complex surface shapes and hard-to-reach areas.
5. What safety precautions are required for painting robots? During the spraying process, explosion-proof equipment, fire protection systems, ventilation and exhaust systems, and protective barriers are required to prevent hazardous gases and fire risks.
