Virtuweld VR Welding Simulator (MIG and MMA)

An industry leading, virtual reality welder training simulator featuring MIG and STICK applications. The Weldability Sif Virtuweld VR welding simulator is an educational tool designed to teach and provide the necessary training of underpining techniques related to
MIG and STICK welding, within a safe virtual environment. The Virtuweld VR promotes the effective transfer of welding skills to a live welding environment while reducing the cost of classroom/workshop consumables such as metal and gas. By providing a safe virtual environment in which to practice welding, Virtuweld VR enables students to master basic welding skills and learn industry standard
welding techniques at their own pace.

The welding simulator sets parameters and guidance when doing simulated welding for techniques including travel angle, work angle, speed, nozzle to plate distance, and straightness. Students’ Virtualweld VR assignments can be recorded with video playback so students and instructors can monitor progress and provide personalised feedback. This training method can be used for welding
instruction, not only to improve welding techniques so users can become more proficient, but to engage participants and encourage them to enter a career in the welding industry.

Benefits

• Multiple welding processes
• Variety of joint configurations
• Realistic appearance of welding applications and welding sounds
• Provides accurate measurements for student evaluation
• No welding consumables, wire or waste
• Track savings from within the Virtuweld VR system
• Visual indicators give real-time technique feedback
• Record, archive and verify student work and performance
• Customisable classes in tutor mode

Key Features

• Simulates MIG and Stick Welding applications
• Stick welding features a motorised stick to accurately simulate electrode usage
• Standard-based curriculum written by a Certified Welding Inspector
• Customisable Welding Procedure Specifications (WPS)
• Technique assessments on: Work angle, travel angle, speed, nozzle-to-plate distance and straightness
• Three dificulty levels allows for student progression until they are ready to enter a live welding environment
• Difficulty levels (Beginner, Intermediate, Advanced)
• Lap, butt and T-joints
• Mild steel, aluminium and stainless steel
• Multiple metal thicknesses
• Multi-user capability for instructors and administrators
• 40+ hours of Level 2 and 3 e-learning content included