IMXR® Safety Experience VR Content - Disposal of Spent Reagents
Disposal of Waste Reagents
IMXR Industrial safety VR Content
It is a content that enables repeated and systematic industrial safety education on disposal of spent reagents by participating in practice without any restrictions such as time and place in a virtual space. By realizing a virtual environment similar to reality, it provides vivid visual and auditory effects so that users can feel as if they are interacting in a real environment.
Features
You can increase the educational effect of trainees by solving quizzes and learning.
It is developed in such a way as to solve quizzes and learn with incorrect answer guidance. Since quizzes and learning can be repeated, trainees can expect high educational efficiency and effectiveness.
Highly immersive education and training is possible with realistic expressions like real ones.
Through high-resolution modeling, we are producing user-centered contents by increasing the immersion of trainees and optimizing the delay speed that occurs when using contents based on Samwoo Immersion's patented technology.
Contents
[1] Wear protective clothing
01. Quiz of wearing protective clothing
02. Solving the quiz
03. Learning how to properly wear protective clothing
[2] Store reagents
01. Quiz of storaging reagents
02. Solving the quiz
03. Learning how to properly store reagents
[3] Store toxic reagents
01. Quiz of storaging toxic reagents
02. Solving the quiz
03. Learning how to properly store toxic reagents
[4] Dispose of waste liquid
01. Quiz of waste liquid disposal
02. Solving the quiz
03. Learning how to properly dispose of waste liquid
[5] Dispose of waste liquid bucket
01. Quiz of waste liquid bucket disposal
02. Solving the quiz
03. Learning how to properly dispose of waste liquid bucket
IMXR Industrial safety VR Content (Disposal of Waste Reagents) Preview
Disposal of Waste Reagents
IMXR Industrial safety VR Content
It is a content that enables repeated and systematic industrial safety education on disposal of spent reagents by participating in practice without any restrictions such as time and place in a virtual space. By realizing a virtual environment similar to reality, it provides vivid visual and auditory effects so that users can feel as if they are interacting in a real environment.
User l

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