Open Face Paint Booths for Metal Furniture and Fixtures
Metal furniture and fixture finishing often involves frames, shelves, cabinets and display parts that vary in depth and handling method. Double D Mechanical installs, relocates and connects open face paint booths around the part envelope, exhaust path, make up air, utilities and the movement of carts or racks through the coating area.
Discuss your installationPart Fit at the Booth Opening
An open face booth has to accommodate the widest fixture, tallest frame and deepest cabinet that will be sprayed without forcing operators outside the intended work zone. Layout review should include rack width, cart turning space and the position of masking or wipe down tables near the booth.
Airflow for Frames and Cabinets
Open frames and box shaped fixtures can interrupt air movement differently. Exhaust placement, filter loading and make up air direction should be reviewed so overspray moves away from the operator and does not roll back around deep parts.
Utility Placement Around Daily Work
Air drops, lighting, controls and any heater or air make up connections should be located where operators can work without hoses crossing cart paths. Electrical and mechanical tie ins need to be sequenced with booth anchoring, duct installation and wall or roof penetrations.
Production Flow Through Coating
Furniture and fixture shops may spray parts before final assembly, so the booth should fit between prep, coating, flash space and cure or staging. A practical layout reduces handling damage and keeps wet parts away from grinding, assembly and forklift traffic.
Readiness for a Site Visit
Bring part size ranges, rack or cart dimensions, coating information, expected production flow, ceiling height and photos of the proposed area. Mark any equipment that must remain in place so booth placement can be evaluated realistically.
Frequently asked questions
When does an open face booth fit metal fixture work?
It can fit parts that are sprayed from one side or moved by cart into a defined spray area, especially when the shop needs accessible loading rather than an enclosed pass through booth.
What clearances matter most?
Allow space for the largest part, operator movement, cart turning, filter changes, duct service, control access and nearby staging of coated parts.
How should exhaust and make up air be planned?
They should be reviewed together so the booth captures overspray while replacement air enters without disturbing the spray pattern or pulling dust from nearby work areas.
What should be ready before installation planning?
Have booth drawings if available, part dimensions, utility locations, roof or wall penetration options and notes about other trades working in the area.