SANLAB Learning

PAINTING SIMULATOR

Painting Simulator provides a VR-based training environment with comprehensive performance analysis. With specially designed spray gun units and advanced motion tracking, the system delivers an immersive experience that accurately replicates industrial painting operations while improving safety, efficiency, and cost-effectiveness.

Industrial Painting Training in VR

Painting Simulator creates a realistic VR environment where learners can develop industrial painting skills through accurate tracking of spray movement. Users can practice on various surfaces, control application quality, and review their work in detail—all without material waste or exposure to real-world risks. This method enhances training efficiency while reducing overall operational costs.

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Training Scenarios

Painting Simulator offers a range of structured VR scenarios based on commonly used automotive components. Each surface provides a unique practice environment, allowing users to perform controlled coating applications and develop technique across different geometries and angles.

Performance Reporting

After each session, the system generates detailed feedback that highlights the quality of the trainee’s work. Visual tools display coating thickness, detect irregularities, and present the entire process in 3D, helping users understand precision levels and identify areas that require adjustment.

*Optional Industry Packs

Painting Simulator can be expanded with sector-specific modules, including the Aerospace Pack, Marine Pack, Rail Pack, and Furniture Pack, allowing organizations to adapt the simulator to different industrial requirements.

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painting simulator analysis screen

Virtual Reality Integration

Painting Simulator provides a realistic training environment powered by VR technology. The system precisely tracks user movements—including spray angle, distance, and speed—to accurately replicate industrial painting processes. This structure allows trainees to improve their painting technique in a safe setting, enhance application accuracy, and increase overall training efficiency.

Equipment Requirements of Painting Simulator

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Quantification and Consideration

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Measurement and Quality Control

Course Data

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Completed Lessons Report