Paint Booth Installation for Heavy Equipment
Heavy equipment finishing often involves large weldments, frames, buckets, booms, guards and machine bodies that need durable coating and room for handling. Double D Mechanical installs paint booths and connected systems with attention to workpiece size, airflow, exhaust, make-up air, utilities, clearances and maintenance access.
Discuss your installationBooth size for large weldments
Installation planning starts with the workpiece envelope, handling method and the clearances needed for operators, carts, cranes or fork trucks. The equipment layout should preserve access to doors, filters, lights, controls and service panels after the system is in place.
- Confirm the largest machine part or weldment before layout decisions are made.
- Review loading paths, door openings and maintenance access around the equipment.
- Identify nearby utilities, roof structure and production areas that may affect installation.
Air movement and overspray capture
Airflow, exhaust and recovery equipment should be arranged so the process supports production without crowding adjacent work areas. Duct routes, collector or fan location and replacement air should be reviewed before penetrations or supports are finalized.
Utilities around production equipment
Utility routing and trade sequence matter because finishing equipment can involve electrical feeds, compressed air, gas or heat sources, controls and roof or wall work. Early coordination helps the facility line up rough-ins and avoid conflicts with existing systems.
Planning the site review
Before the site visit, gather drawings, photos, part dimensions, handling details, ceiling heights, utility locations and notes on current pain points. The more accurate the field information, the easier it is to plan the installation or service work.
Frequently asked questions
What drives booth size for heavy equipment?
The largest workpiece, handling method, operator clearance, door opening, staging space and maintenance access all influence booth sizing.
How is airflow planned for bulky parts?
Airflow should move overspray away from operators while accounting for parts that block or redirect air, such as buckets, frames and machine bodies.
What utilities are usually coordinated?
Electrical service, compressed air, gas or heat source, controls, make-up air, exhaust and fire protection interfaces are commonly reviewed.
What should be ready for a site visit?
Have part dimensions, photos, floor plans, utility locations, ceiling heights, roof or wall penetration options and the desired production flow.