About the Robot

CurveRobot is a next-generation high-precision robotic system engineered for flawless, uniform, and cost-efficient coating application.
It instantly adapts to the geometry of each object, maintains a stable working distance, and delivers a perfectly even layer that cannot be achieved through manual painting.
CurveRobot operates with speed, accuracy, and absolute consistency—providing professional-grade quality, high productivity, and optimized material efficiency.

Before painting begins, the vehicle undergoes mandatory preparation.
The surface is thoroughly cleaned of contaminants, dust, and residual coatings, followed by degreasing. All areas that must not come into contact with paint are carefully protected using masking materials.
Preparation is carried out in coordination with a technical specialist, ensuring a precise and stable foundation for robotic coating application.

Operating Principle

After preparation, the vehicle is scanned by the robotic system.
CurveRobot utilizes an up-to-date database containing factory and regulatory vehicle dimensions, which is continuously updated. Based on the scan and database data, a digital body model is generated, enabling accurate tool positioning and optimal spray trajectory planning.

Operating Principle

The painting process is fully automated.
The robot independently calculates movement parameters, speed, working distance, and coating zones. Human influence is completely eliminated, ensuring consistent quality from one vehicle to the next.

Operating Principle

During operation, the system continuously monitors coating uniformity across the entire body surface.
Layer thickness and overlap are calculated automatically, preventing runs, gaps, and unnecessary material consumption.

Operating Principle

Upon completion of coating, the vehicle is transferred to a dedicated drying chamber.
Drying and polymerization take place under controlled conditions at temperatures of up to 60°C.
At this stage, the system operates in collaboration with a specialist who monitors process parameters and verifies compliance with quality standards.

Operating Principle

The result is a uniform, stable, and highly repeatable paint finish with exceptional application precision.
The robotic system delivers coating quality that meets strict technical requirements and industry standards, with minimal operator involvement and maximum process reliability.

Operating Principle

Advantages

Robotic painting is an advanced technological solution currently adopted by only a limited number of studios worldwide.
Integrating CurveRobot into an existing detailing studio—or launching a new project built around robotic painting—creates a powerful image of innovation, precision, and modernity.
Based on real-world operational experience, such installations generate strong attention across social media platforms, particularly Instagram and TikTok, driving increased engagement and attracting new clients through visual impact and technological differentiation.

Marketing Advantage

CurveRobot eliminates direct human contact with paint, solvents, and harmful fumes.
Operators remain outside the hazardous zone, focusing on monitoring and system control.
This approach significantly improves workplace safety while supporting cleaner, more environmentally responsible production.

Safety & Environmental Responsibility

Automation dramatically shortens the painting cycle.
Depending on booth configuration and operating mode, process time is reduced by 30–40%, and in optimized scenarios by up to 50%, compared to traditional manual painting.

Speed

The system delivers consistently uniform coverage across the entire vehicle surface.
Full control over trajectory, distance, and movement speed ensures a level of finish and repeatability that cannot be achieved through manual painting.

Precision

CurveRobot Plus+ significantly reduces paint and coating material consumption through precise dosing and perfectly controlled application.
Operational costs are further optimized, as a single specialist can supervise multiple automated processes simultaneously.

Efficiency

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