K3434-1 - Lincoln VRTEX 360+ Dual User VR Welding Simulator System

Maximize Training ROI with the Lincoln VRTEX 360+ Dual User

The Lincoln Electric VRTEX 360+ Dual User Virtual Reality Welding Training Simulator (K3434-1) is a premier solution for industrial training centers, unions, and educational institutions looking to optimize their welding curriculum. By leveraging advanced virtual reality technology, this system allows two trainees to practice simultaneously using a single central processing unit, effectively doubling your training capacity without doubling your hardware footprint. This unit is designed to simulate real-world welding applications, providing a seamless transition from the virtual classroom to the shop floor.

One of the primary advantages of the VRTEX 360+ is the significant reduction in operational costs. Traditional welding training consumes vast amounts of steel coupons, welding wire, shielding gas, and electricity. The VRTEX system eliminates these consumable costs during the fundamental learning stages, allowing students to build muscle memory and technique before striking a real arc. This not only saves money but also reduces scrap waste and environmental impact.

The system offers comprehensive data tracking and reporting features. Instructors can monitor student progress, review welding scores based on AWS standards, and identify specific areas for improvement such as travel speed, work angle, and contact tip to work distance (CTWD). The Dual User configuration is particularly beneficial for high-volume training environments, ensuring that equipment utilization is maximized throughout the day.

Key Industrial Benefits:

• Cost Efficiency: Drastically reduces spending on base metals and consumables.


• Safety: Provides a zero-risk environment for beginners to learn machine setup and torch handling.


• Throughput: Dual stands allow two students to train at once, increasing class efficiency.


• Versatility: Simulates multiple processes (MIG, Stick, Flux-Cored) and positions (Flat, Horizontal, Vertical, Overhead).