Introduction To VR Training For Spray Painting

In this age of automation and doing more with less, it’s no surprise that there’s a wave of immersive technologies on the rise. Companies continue to figure out ways to improve efficiency, eventually leading to cost savings.

Enterprises are looking at virtual reality (VR) as a meaningful way to improve training, collaboration, and overall efficiency. With VR, users can be teleported to a virtual world where they can learn new skills in a safe environment. Practising new skills in VR doesn’t just limit itself to productivity; it also extends to safety training.

In this post, we’ll explore what a VR spray painting simulator is, how it works and why it’s so effective.

What Is A VR Spray Painting Simulator?

A VR spray painting simulator is a computer-generated training system that can be accessed by the user through specialised software and hardware. Created to give a real-world experience of spray painting, it can be controlled through hand movements and pressure exerted on the trigger buttons. The entire setup provides the user with a very immersive experience and gives them an idea about what it would be like to spray paint in an actual environment. This is an ideal tool for training and creating awareness about the processes involved in spray painting.

How Does It Work?

A VR spray paint simulation system works by creating a 3D model of whatever trainees decide to operate on – a car body or door, or an aircraft fuselage or wing. They can interact with the virtual world through a high-resolution VR headset and handheld controllers or even actual spray painting tools and guns. Trainees can interact with the simulation just as they would with real equipment, making it easier for them to learn and improve their psychomotor skills.

Why Is VR Spray Painting for Training So Effective?

It is not just the immersive nature of the realistic paint experience that draws people to VR paint dexterity training. Meaning that there’s more to the solution than what meets the eye. To being, here are a few reasons why VR spray painting for training is so effective:

1. Analyse The Transfer Efficiency Of Paint

With VR spray painting training, you can easily monitor the transfer efficiency of paint on the surface (flat, round, or any other). While it’s easy to see how the paint is transferred onto a vertical surface, it becomes much more difficult when you are painting a curved surface like a vehicle’s bonnet or a curved surface like parts of an aeroplane.  

With virtual reality spray paint training, it’s possible to see how the paint is transferred to the surface, track how much is being lost during the process, and even tweak your technique so that less paint is wasted in the long term.

2. Understand The Ideal Angle Of Their Spray Gun

In the real world, the spray gun you are using has a heavy air hose attached to it. As such, your wrist and hand will be angled away from your body to reduce strain. This angle is important because it allows you to spray more evenly across the surface of whatever it is you are painting.

In VR training, this angle is mimicked with the use of haptic feedback devices. If a trainee angles their gun down too far, they will feel a slight tug or pressure on their arm as if there were an actual hose attached. This makes for a more realistic experience that closely matches what they will encounter in real life.

3. Work On Spray Gun Movements Such As Distance And Speed

As we pointed out in our last post, Spray Painting is a skill that combines speed, precision, and rhythm. If you’re too slow, your paint drips. Too fast, and it’s splotchy. Too far away, the paint doesn’t stick to the surface. Too close, and you get paint everywhere except where you wanted it. While these things cannot be monitored in traditional training, VR spray paint allows you to both learn and then practice each of these movements and coordination in a life-like manner. In addition to the above, these training modules provide in-depth feedback highlighting hand dexterity and pointing out areas that require improvement.

Put simply, in VR, you can practice the motion of your hand with a spray gun to see how it affects the result in real-time—making it easy for you to improve your technique. You can experiment with distance and speed, noting what effect different approaches have on the colour and overall look of your painting.

Takeaway

Spray painting training can be an absolute nightmare given that you have to not only learn the skill but also ace it to be industry-ready.

With the introduction of virtual reality spray painting training, the entire process has become much simpler, safer, and more efficient. Not only do trainees get to practice spray painting in a realistic paint booth and on industry-specific components but also without wasting any paint materials during the process. Furthermore, the process does not expose the trainee to hazardous chemicals, ensuring a safe and risk-free learning environment.  

In case you want to know more about the state-of-the-art VR paint dexterity simulator, we would be happy to get you started. Click here for details.

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