Laser Hair Removal Training with Virtual Reality
Immersive training for aesthetic centers
The aesthetic centers are looking for innovative ways to train their professionals in the use of technology, ensuring safe, practical, and effective learning. With the aim of improving laser hair removal training, Innoarea has developed a virtual reality (VR) experience that allows students to practice in an immersive and controlled environment, with no risk to clients.
This solution accurately recreates an aesthetic treatment room and specialized equipment, offering interactive simulations where users can refine their skills in various scenarios. It also includes a real-time evaluation system and a web platform to track student performance. Thanks to this technology, training becomes more accessible, efficient, and adaptable to the needs of each professional in the field.

Challenge
Providing practical training in laser hair removal that is safe, accessible, and effective poses a challenge for aesthetics students, as traditional methods rely on expensive equipment and real-client practice. The need for specialized infrastructure and controlled environments limits learning opportunities, slows skill development, and can lead to a lack of confidence among students.
Solution
We developed an immersive virtual reality training program where students can practice using the laser hair removal machine in a safe, realistic environment, with no risk to clients. The simulation includes multiple guided interactions, recreating various scenarios and patient types for a more comprehensive learning experience. Additionally, the complementary web platform makes it easy to track progress, offering real-time feedback and allowing administrators to evaluate each student’s performance.
Technology
Our solution uses virtual reality (VR) to recreate a realistic 3D environment, enabling students to interact with the laser hair removal machine and follow a step-by-step training process. A web application also allows administrators and trainers to monitor student progress and provide personalized feedback. This combination of VR and digital analytics ensures practical, safe, and personalized learning for each student.