RTT Finishing Solutions Prep Stations
RTT Finishing Solutions prep stations support sanding, masking, priming, and surface preparation before parts or vehicles enter the booth. Installing or relocating one requires planning the work bay, airflow, lighting, dust control, curtains or partitions, compressed air, electrical service, and the path from prep to finish.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Prep Bay Layout and Access
The station should fit the largest vehicle or part while leaving room for technicians, carts, stands, ladders, and masking materials. Placement near the paint booth can reduce handling, but the route must stay clear and organized.
Air Movement and Dust Control
Prep stations may use filtered airflow, exhaust, or extraction features to manage sanding dust and overspray from limited operations. The installation plan should review intake paths, ducting, filter access, and nearby air currents.
Lighting, Curtains, and Utilities
Good preparation depends on visibility and accessible utilities. Lighting, compressed air, electrical drops, curtain tracks, control locations, and hose paths should be arranged so work can happen without cluttering the bay.
Connection to Paint Production
A prep station has to support the pace of the booth without becoming a traffic choke point. The layout should separate dirty prep work from finished parts and leave enough staging space for masked items waiting to enter the booth.
Frequently asked questions
What is important when choosing a prep station location?
Consider the booth route, part size, dust control, lighting, compressed air, electrical access, technician movement, and how carts or stands will be staged.
Can a prep station be moved within the shop?
Yes, if the new area supports airflow, utilities, curtains or partitions, lighting, and enough clearance for the workpieces being prepared.
How does a prep station affect booth performance?
Good prep flow helps keep dust and delays away from the booth. Poor placement can send dirty traffic toward finished work or cause vehicles and parts to wait in the wrong areas.
What should be checked during reconnection?
Check lights, controls, airflow or extraction equipment, compressed air drops, curtains, filters, and any ductwork or electrical connections affected by the move.
What should be ready for a planning visit?
Have part sizes, current prep steps, desired bay count, utility locations, ceiling height, and photos of the booth route and surrounding work areas available.