K4633-3 - Lincoln VRTEX Transport Dual VR Welding Simulator System

Advanced Virtual Reality Training for Industrial Workforce Development

The Lincoln Electric VRTEX® Transport™ + Dual is a cutting-edge virtual reality welding training simulator designed to revolutionize how welding skills are taught and refined. Engineered for versatility and efficiency, this "Dual" model allows two trainees to practice simultaneously on a single unit, effectively doubling your training throughput without doubling your equipment footprint. This system is ideal for industrial training centers, unions, and workforce development programs seeking to reduce costs while improving welder competency.

One of the primary advantages of the VRTEX system is the significant reduction in operational costs. Traditional welding training consumes vast amounts of steel coupons, welding wire, shielding gas, and electricity. The VRTEX Transport eliminates these consumables entirely during the simulation phase, allowing students to build muscle memory and master technique without generating scrap or fumes. This makes it an environmentally friendly and budget-conscious solution for high-volume training environments.

The system simulates the most common welding processes used in industry today, including SMAW (Stick), GMAW (MIG), and FCAW (Flux-Cored). The proprietary physics engine creates a realistic puddle that responds to the user's movements, mimicking actual welding conditions including slag inclusion, porosity, and bead profile. The included "Uni-gun" device is a versatile controller that can be used for multiple process simulations, simplifying hardware management.

Packaged in a heavy-duty, rugged crate, the VRTEX Transport + Dual is designed for mobility. It can be easily deployed in classrooms, job fairs, or remote training sites. The crate serves as both a shipping container and a storage unit, ensuring the sensitive electronics and VR headsets are protected during transit. With its comprehensive scoring system, instructors can track metrics such as travel speed, work angle, travel angle, aim, and contact tip to work distance (CTWD), providing objective data to verify student progress.