SANLAB’s VR Welding Simulator is a cutting-edge training system that combines real torches with immersive VR/AR technology. It enables safe, efficient, and measurable welding practice, helping users master SMAW, MIG/MAG, TIG, and FCAW techniques in a realistic virtual environment.
Delivers a lifelike welding experience with high-resolution VR/AR headsets and real torches. The intuitive interface allows users to train efficiently using only the torch controls—no keyboard or mouse required.
Supports SMAW, MIG/MAG, TIG, and FCAW welding techniques with seamless torch switching. Includes real-time monitoring of critical parameters like speed, angle, and distance, plus automated analysis of porosity, penetration, and spatter.
Generates detailed session reports with scoring and error breakdowns. Results can be stored per user or class, and exported digitally or in print for progress tracking and performance assessment.
• BUTT Welding
• PIPE TO PLATE Welding
• PIPE TO PIPE Welding
• FLAT Welding
• FILLET Welding
• TEE JOINT Welding in position 2F/PB
• SMAW (Shielded Metal Arc Welding)
• MIG/MAG (Metal Inert / Active Gas Welding)
• TIG (Tungsten Inert Gas Welding)
• FCAW-S (Flux-Cored Arc Welding – Self Shielded)
• FCAW-G (Flux-Cored Arc Welding – Gas Shielded)
The simulator supports SMAW, MIG/MAG, TIG, and FCAW processes using real, swappable torches. Users can switch welding types without restarting the system. Each session ends with detailed reports and performance feedback.
Welding modes and key parameters—voltage, amperage, material thickness—can be adjusted directly on the torch, without removing the mask.
Head and torch movements are tracked with precision via electromagnetic sensors, enabling accurate feedback on speed, angle, distance, and weld quality (e.g., porosity, penetration).
The table supports 14+ parts and multiple positions. Height can be adjusted, and marked torch zones improve ergonomics for both left- and right-handed users.
Tracks head and torch movements in real time for accurate positioning, speed, and angle control.
Users can train independently while the system detects errors instantly and gives visual feedback.
Detects porosity, penetration, spatter, and other faults during welding. Directional cues help correct angles and grip.
Each session is recorded and can be reviewed in 3D. Users can rotate, zoom, and view their welds from multiple angles.
The VR Welding Simulator features a reporting system that generates structured outputs in HTML or PDF format. These reports help track learner performance and improve training efficiency by minimizing manual record-keeping.
