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Cartesian Robots
The powder coating robot, as one of the most advanced painting tools in the coating industry, is responsible for applying a uniform powder coat on metal parts. Using electrostatic technology, these robots charge the powder particles and spray them onto components. The coated parts are then transferred into an oven, where the powder is cured at 180–200°C, resulting in a durable and uniform final finish.
🔧 Technical Specifications
Spray Type Electrostatic Powder Coating
Control System Industrial PLC + Touchscreen HMI
Robotic Arm 4, 6, or 7-axis articulated, programmable
Working Range Up to 2 meters in horizontal and vertical axes (depending on model)
Repeatability Accuracy ±0.05 to ±0.1 mm
Applied Voltage Up to 100 kV for powder charging
Air Consumption 4 to 6 bar operating pressure
Production Capacity 300 to 1500 parts per hour
Operation Speed 1000–1500 mm/s (variable based on program)
Software Integration Connectable to MES and SCADA systems
Advantages and applications
🌟 Advantages
•Memory storage for up to 12 programs with automatic selection of required spray guns per part
•Automatic shutdown in case of conveyor or recovery system failure
•Uniform coating with no spray marks
•Reduced dependency on manual labor and improved productivity
•Easy recovery of excess powder, minimizing waste
•Programmable for various complex-shaped parts
•Cleaner workshop environment due to reduced powder dust
•Easy and optimized maintenance
•Suitable for continuous or cell-based production lines
🧩 Applications
•Automotive industry (body parts and chassis coating)
•Aluminum profile and window/door manufacturers
•Home appliances (washing machines, refrigerators, air coolers)
•Office and medical metal equipment
•Electrical panels and metal enclosures
•Metal shelving and industrial cabinets
Liquid Paint Robot
The liquid painting robot is an advanced automatic system designed to apply liquid coatings on metal, plastic, or wooden surfaces. These robots are widely used in automotive production lines, home appliances, industrial parts, and furniture industries. Their operation relies on precise programming of spray paths, paint pressure, and nozzle angles, resulting in higher uniformity of coating and reduced paint waste.
🔧 Technical Specifications
Robot Type Industrial articulated robotic arm or SCARA
Spray System Airless or Air Mix
Paint Flow Capacity 100–500 cc/min (depending on nozzle type and pressure)
Controller Programmable PLC for path and paint quantity control
Number of Axes Typically 6 axes with high positional accuracy (0.1 mm)
Paint Compatibility Water-based and solvent-based liquid paints
Operating Pressure 6–10 bar (for Air Mix)
Nozzle Material Stainless steel or titanium (corrosion-resistant)
🌟 Advantages
•Enhanced uniformity and surface quality of coated parts
•Reduced paint and solvent consumption
•Lower manpower requirements and related costs
•Elimination of human error in paint thickness application
•Programmable for precise, repeatable paths
•Compatible with hazardous environments (flammable paints)
•Quick color change and easy adjustments for different parts
🧩 Applications
•Automotive industry (car body and interior part painting)
•Painting of doors, windows, and metal/wooden cabinets
•Home appliances (washing machines, refrigerators, etc.)
•Medical and electronic equipment industries
•Aircraft components and defense industry
