Infrared Cure Ovens for Automotive OEM Suppliers
Automotive OEM suppliers may use infrared cure ovens for coated components that need controlled heating within a repeatable production flow. Double D Mechanical installs, relocates and services infrared cure ovens while coordinating part presentation, exhaust, make-up air, utilities, controls and access.
Discuss your installationRepeatable Part Presentation
Supplier lines often depend on consistent fixtures, carriers and takt-driven movement. Infrared oven planning should confirm how each part faces the heat source, how much spacing is available and whether any features create shadowed areas.
Integration With Coating Operations
The cure oven must fit the path from coating into cooling, inspection or assembly. Conveyor height, carrier length, part swing, operator stations and material aisles should be reviewed together to avoid interference around the line.
Controls, Exhaust and Utilities
Infrared equipment may require electrical service, gas if used, exhaust ductwork, make-up air and control wiring. Installation planning should coordinate connection points with existing panels, roof openings, conveyor equipment and plant maintenance needs.
- Confirm fixture spacing at normal production density.
- Review access to emitters, sensors and panels.
- Locate controls away from blocked or congested areas.
Data to Bring Into Planning
Useful inputs include part drawings, fixture details, coating process notes, cure requirements, line speed, plant layout, ceiling height, utility locations and photos of the current or proposed cure area.
Frequently asked questions
Why is fixture spacing important?
Fixture spacing affects exposure, clearance, service access and the amount of heat that reaches each coated surface.
Can infrared curing be added near an existing line?
It can be reviewed for fit, utility routing, exhaust, controls, conveyor interfaces and maintenance access.
What should be documented for relocation?
Document oven sections, emitter banks, controls, wiring, ducts, supports, utility tie-ins and conveyor connections.
What clearances should be checked?
Check part envelope, carrier movement, operator access, service panels, fan sections and overhead utility routes.