Unlock stronger, lighter, and more durable products through our Friction Stir Welding (FSW) and Friction Stir Processing (FSP) Services
The Stronger, Smarter Way to Join Metals
Weld strength often equals or exceeds the base material.
Reduced rework, scrap, and maintenance costs.
Boost production efficiency without sacrificing quality.
No filler materials, shielding gases, or harmful emissions.
Advanced Solid-State Joining & Material Enhancement Solutions
Structural components, R&D prototypes, and precision assemblies.
Corrosion-resistant joining for ships,
offshore, and renewable energy systems.
Vehicle panels, roofs, flooring systems, and lightweight, durable battery enclosures and frames for EV's.
Innovative, high strength joining for
infrastructure.
Heat sinks, exchangers, and
hermetically sealed cold plates.
We combine advanced equipment, material science expertise, and industry-leading process control to ensure every project meets or exceeds your performance requirements. Whether you’re building new products or enhancing existing ones, our team delivers precision, repeatability, and measurable ROI.
All series (1xxx–7xxx), especially 6xxx alloys.
Brass, bronze, and other high-thermal-conductivity materials.
Ideal for thermal, aerospace, and medical-grade applications.
Lightweight, high-stiffness components.
Specialized welding where tool life allows.
VRC Metal Systems provides cold spray systems on a lease basis, which may be a more feasible approach for quick implementation.
Discover how these leading-edge technologies can revolutionize your products by enhancing your product’s performance and lifespan.
We can customize the perfect cold spray solution for your facility. If you have unique requirements, we can find a solution. Contact us today to get started.
We arrange for a system and operators to be at your location for a limited amount of time to help you get started with Cold Spray.
System calibration and preventative maintenance are essential for ensuring that your cold spray system performs at peak capacity and efficiency.