Detailed Specifications:

A 3D camera scans the real part and sends geometry data to the robot painting software. The system detects the part position, dimensions and surface geometry, then automatically generates the optimal spray path. This reduces manual point teaching, speeds up setup for new parts and helps maintain stable coating quality in flexible production.

Detailed Specifications:

The operator teaches the painting path using a lightweight virtual spray tool or demonstration device instead of programming robot points manually. The system records the operator’s natural spray-gun movements, including position, direction and trajectory around the real part. These movements are converted into robot painting program . This method is especially useful when skilled painters know the correct spray technique, but the factory does not want to depend on robot programmers. In production, it helps create new painting programs faster, reduce teaching time and make robotic painting easier for operators to learn.

Detailed Specifications:

The system scans each part before painting and detects its real size, position and geometry. Based on this data, the software automatically creates the robot painting program. This allows doors, windows, panels and other variable parts to be painted without manual programming for every item. The result is faster setup, easier high-mix production and better first-pass coating quality.

Detailed Specifications:

Robot painting programs can be created and tested in a virtual 3D environment before production starts. The operator imports the part model, defines the spray paths and checks reach, collision risks, spray angle and cycle time. Programs can be optimized offline without stopping the real painting cell. This helps prepare new products faster, reduce commissioning risks and avoid trial-and-error on the shop floor. For production, it means less downtime, safer start-up and lower overall integration cost.

Detailed Specifications:

The system controls robot speed, spray distance, gun angle, flow rate and spray pattern during the painting process. This helps keep the coating thickness stable across the part surface and reduces areas with too much or too little paint. Spray parameters can be adjusted for different materials, colors, part sizes and coating requirements. In production, this improves repeatability and makes coating quality less dependent on manual operator skill. The result is more consistent finish quality, less overspray, lower paint consumption and a cleaner working environment.

Detailed Specifications:

The painting cell is built as a configurable system that adapts to different parts, fixtures, colors and production flows. It can include robots, conveyors, rotary tables, scanners, spray booths and process-control equipment. New products can be added by adjusting programs, fixtures or parameters instead of rebuilding the line. This gives the customer faster changeover, better equipment use and scalable automation for future production growth.