Industrial Open Face Paint Booth Installation
An open face paint booth gives operators direct access to parts, panels, enclosures, and fabricated components while exhaust pulls air away from the work area. Double D Mechanical installs open face booths with attention to booth depth, exhaust capacity, make-up air, lighting, utilities, and the surrounding production layout.
Discuss your installationOpen Access With Controlled Exhaust
Because the booth front is open, nearby air movement matters. Dock doors, fans, forklifts, and adjacent processes can disturb the capture zone. Installation planning should place the booth where the exhaust can pull consistently across the work without fighting cross drafts from the plant.
Fitting Parts, Fixtures, and Handling Equipment
Open face booths are often used for parts that move on carts, racks, turntables, or simple fixtures. The booth footprint should allow the largest workpiece to sit fully in the capture area while leaving room for operators, hoses, lighting, and material handling equipment.
Duct Routing and Utility Needs
The exhaust plenum, filters, fan, ductwork, electrical feed, compressed air drops, lights, and controls need to be coordinated with the booth location. If the booth serves heavy parts or large enclosures, confirm the floor path and surrounding clearance before anchoring equipment.
- Keep the booth face away from strong uncontrolled air currents.
- Provide clearance for filter changes and rear plenum service.
- Coordinate exhaust discharge and make-up air before wall or roof openings are made.
Pre-Visit Checklist Items
Before a walkthrough, prepare part dimensions, rack or cart sizes, proposed booth location, available utilities, ceiling height, roof or wall access, and photos of nearby doors, fans, storage areas, and process equipment.
Frequently asked questions
What is an open face paint booth used for?
It is commonly used for parts and fabricated components that can be positioned in front of an exhaust plenum while operators work from the open side.
What can disrupt an open face booth?
Cross drafts from doors, fans, traffic, and nearby processes can interfere with air capture, so location and make-up air planning are important.
Does the workpiece need to fit fully inside the booth?
The workpiece should sit within the intended capture area for the booth design. Oversized parts can reduce exhaust effectiveness and create access problems.
What facility details matter most?
Part size, booth depth, exhaust route, available power, compressed air, make-up air, ceiling height, and material handling paths are key details.