The Velocity System
- Permanent or temporary mounting systems
- Ideal for setting up temporary blasting/painting facilities
- Supplied in modular kit for simple, quick installation (under a week)
- Fully relocatable — easy to install and dismantle
- 100% Waterproof design
- Wind rating as per local requirements
- No concrete foundation necessary
- Compatible with optional abrasive recovery and dust collection equipment
The Velocity System
SKU: SBMGTRequest Quote
Ship to 43215
Description
BlastOne’s Velocity™ System is a game-changing advancement tailor-made for the demands of the US Navy. This innovative system is designed to be rapidly inserted into stressed shipyard and supplier production environments, alleviating short-term blast and coat bottlenecks.
The Velocity™ System is a patent pending integration of advanced technologies which are proprietary to BlastOne. Each technology by itself provides sustained advantages, however, the combination is a force multiplier, giving exponential results.
The individual technologies include, but are not limited to:
- Intelliblast Blast Pot Controls: Smart controls that optimize blasting parameters for maximum efficiency and effectiveness.
- Snakebite Blasting Nozzles: High-performance nozzles designed for precise and powerful material removal, reducing blasting time and lowering process noise.
- Rapidly Deployable Containments: Innovative containment systems that can be quickly deployed, ensuring a controlled environment, and minimizing the spread of contaminants.
- Vortex Airflow Movement: Proprietary airflow design that lowers energy consumption, enhances ventilation, and ensures the efficient removal of particles from the blasting and painting areas.
- Combination Dual Air Plenums: Dual air plenums that provide a uniform and controlled airflow, optimizing the blasting and painting processes.
- Energy Recovery System (ERS): An energy recovery system that captures and recycles heat energy, reducing overall energy consumption and operational costs.
- Robot Ready Design: A structure and system that is designed to be capable of supporting automated process equipment.