PAINT SIMULATOR

The paint simulator uses virtual reality (VR) technology to allow users to learn and perfect their painting techniques. The software features offered by the simulator make the training process more effective, user-friendly and efficient.

Learning Technologies
Paint Simulator

Paint simulator creates accessible and repeatable learning experiences that do not increase material costs or affect the production line. In the paint simulator, hands-on experiences are emphasized while cleaning and preparation are minimized. Integrated analytics provide objective performance metrics that support the instructor’s ability to guide trainees.

The paint simulator is an effective training tool where students can learn paint application techniques and color combinations in a practical environment. The simulator allows students to explore different types of paint, textures and color palettes, while also helping them improve their ability to apply paint to surfaces. By offering a realistic experience in a virtual environment, the paint simulator helps students enhance their painting skills and take steps toward a professional career.

Combining with virtual reality (VR) technology, the paint simulator makes painting training more effective and efficient across various industries. From automotive to aviation, construction to furniture painting, the simulator reduces training costs and improves work quality. The paint simulator also offers an eco-friendly solution, contributing to sustainability. The simulator supported by VR technology, reduces environmental impacts in paint applications, positively affecting both nature and economic sustainability.

Simulator Highlights

The paint simulator comes with a "plug and play" feature. This feature allows for quick and easy setup and use of the system. Users can start their training quickly without the need for complex installation processes.

It is designed to be compatible with virtual reality (VR) headsets to provide users with a more immersive and realistic experience.

The paint simulator has a foldable case design, offering portability and ease of storage. Users can easily transport the simulators and store them conveniently when not in use.

An internal storage compartment allows all necessary accessories and equipment to be stored neatly. This ensures that users always have easy access to the materials they need.

The simulator is equipped with realistic training equipment. The equipment gives users the real-world feel of paint guns, surfaces and other painting tools.

The paint simulator offers an integrated learning curriculum that tracks and guides users' learning progress. The simulator structures the training process and provides step-by-step guidance to users.

With integrated ROI, the return on investment can be tracked using an integrated tool that shows system usage, material and cost savings and VOC emissions.

The paint simulator supports various industrial environments, such as static racks and conveyor lines. This allows users to learn and apply painting techniques under different working conditions.

The simulator provides detailed analysis of user performance and instant feedback. It helps users quickly correct mistakes and improve their skills.

Users can customize score weightings based on different criteria in the training modules. Performance evaluations can be personalized according to training objectives.

An interactive replay system is available. Users can replay, pause and navigate through previously recorded lessons.

The software interface can be used in Turkish, English and other preferred languages.

Software Features

The simulator includes realistic details such as primer, color, varnish and painting defects. Users can encounter real-world painting problems like orange peel, dry spray, dripping and sagging and learn how to resolve these issues.

An easy-to-use coverage map visualizes the applied paint thickness and the target surface structure. It ensures the paint is applied in the right amount and to the correct areas.

The 3D line visualization feature shows the distance, angle and speed per pass of the gun relative to the surface being painted. This helps users analyze their painting performance and improve their techniques.

The paint simulator enhances the training process by teaching users the most common mistakes and how to correct them, improving their ability to identify and fix errors.

Comprehensive performance evaluation tools score based on criteria such as angle, distance, speed and transfer efficiency. Analysis graphs help users identify defects and make improvements.

The simulator offers customized learning content that tracks users' learning progress. It allows each user to train at their own pace and according to their needs. It provides instant feedback, enabling users to quickly identify and correct mistakes.

Immersive virtual reality (VR) environments enriched with realistic details make users feel like they are in a real paint workshop. Virtual reality makes the training experience more effective and engaging.

The simulator offers various scenarios for different surfaces and painting conditions. Users can practice in fields such as automotive, aviation, exterior painting and furniture painting.

The ROI tracking feature automatically calculates material usage and cost savings for users. Additionally, the simulator provides an efficiency analysis tool that evaluates the painting process's efficiency and offers improvement suggestions. The analyses help make business processes more efficient and improve overall performance. Environmental impact reports allow the simulator to analyze the environmental effects of painting operations. These reports help users adopt eco-friendly practices and make their business processes more sustainable.

Equipment Requirements

• 1 simulation computer
• 1 virtual reality headset (for the virtual reality version)
• 1 touch screen
• 1 uninterruptible power supply (used to ensure data and system security against power outages)

Paint Gun

The paint gun is equipped with haptic feedback functionality. Tactile feedback helps users accurately feel the pressure, resistance, and surface responses during the painting process. It is designed with a weight and balance similar to a real paint gun.

Real Time Graphics and Visuals

Thanks to detailed graphics and realistic visuals, users encounter various scenarios during the simulation and can experience real-world conditions. Real-time graphics and visuals allow users to simulate different weather conditions, times of day and seasons. The simulation helps users learn how to work in various conditions and understand how to adapt to them.

Field of View and Motion Tracking

The simulator provides a wide field of view, allowing users to perceive their surroundings naturally. This enables them to forget the boundaries of the virtual environment and have a more immersive experience. The motion tracking feature precisely monitors users' head movements, enhancing the realism of the simulation. It allows users to interact with their environment and rotate up to 360 degrees in the VR setting.

Virtual Reality Support

Virtual reality (VR) support enhances the training process by providing users with a realistic experience. With the integration of VR technology into the simulator, users can experience real-world scenarios and situations through simulations.

Portability and Ease of Storage

The simulator has a structure that is easily portable and storable. Users can easily change their training locations or take the simulator wherever they want. Additionally, the internal storage compartment ensures that training equipment is stored neatly, keeping everything in place and organized. Its compact size, measuring 2' x 2' 1" x 4' when closed.

ROI Tracking and Efficiency Analysis

The ROI tracking feature allows users to automatically calculate material usage and cost savings. Additionally, the simulator provides an efficiency analysis tool that evaluates the painting process's efficiency and offers improvement suggestions. These analyses help make business processes more efficient and improve overall performance. Environmental impact reports enable the simulator to analyze the environmental effects of painting operations.

Quantification and Consideration

The paint simulator includes a reporting module that can generate outputs in HTML or PDF formats containing the following information at the end of the scenario. The reporting system eliminates record-keeping confusion and makes training more efficient.