What we engineer around
Part size, weight and geometry.
Required surface condition and acceptable variation.
Abrasive type, pressure and media flow.
Production volume, takt time and changeover needs.
Loading, unloading, inspection and downstream process requirements.
Automation options
Fixed nozzle systems for simple repeatable coverage.
Turntables and servo positioners to present multiple surfaces.
Robotics for complex geometry and frequent recipe changes.
Conveyors and indexers for line-rate production.
PLC/HMI recipes, diagnostics and production tracking.
A practical first step
A feasibility review can usually start with photos or drawings, current process information and the target production rate. From there, the automation concept can be sized to the problem instead of forcing the application into a predetermined machine.
Frequently Asked Questions
Can automotive blasting be fully automated?
In many repeatable applications, yes. The appropriate level of automation depends on geometry, process requirements and economics.
Can the system handle multiple part numbers?
Yes when the cell is designed with changeable fixtures, recipes and enough motion range for the part family.
Can the process be validated before a full machine is built?
Application trials, sample blasting and concept validation can reduce risk before finalizing the production system.