The system can operate using nitrogen, helium, or clean compressed air, allowing flexibility for cost, performance, and availability in the field.

Max inlet pressure 3000 PSI; system pressure up to 1000 PSI; max gas flow 88 CFM; heater up to 1472°F (800°C); typical applicator temperature 1202–1292°F (650–700°C).

Modules are vibration/shock isolated. The largest module is 22 in × 40 in × 12 in, and the heaviest module is 94 lb, making transport and setup feasible in tight or remote locations.

Common materials include aluminum (e.g., 6061, 2024, 7075), titanium, stainless steels, nickel alloys, and copper alloys, supporting dimensional restoration, corrosion protection, and wear coatings.

Yes, operators can load qualified recipes and store up to 100 custom recipes for repeatable, traceable results. Operational data can be logged and exported as CSV.

VRC offers a portable spray enclosure, the Vark portable wet dust collector, a Dragonfly cart, and custom recipe development for unique applications.

Aerospace and defense (on-aircraft repairs), maritime (corrosion control), energy and heavy industry (plant assets), research and development, universities, and automotive (high-value parts).

Cold spray is a solid-state process—there is no melting of the feedstock—so parts avoid heat-affected zones, oxidation, and distortion common to high-temperature processes.

VRC provides a limited warranty with service and support options. Extended coverage, on-site training, and calibration/maintenance programs are available upon request.

Our customers reduce lead times from months to days and avoid costly replacements by restoring parts in place, lowering downtime, material waste, and logistics.

Yes! VRC’s applications team can develop, optimize, and document spray recipes for your materials and geometries, including evidence-based testing to meet your quality requirements.