Rapid Engineering for fabricated metal parts
Fabricated metal parts can move through abrasive prep, liquid coating, powder coating and cure equipment in many different fixture patterns. Double D Mechanical installs, relocates and services the air make-up, exhaust, booth, blast room and oven connections that support those finishing operations.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Mixed Part Flow And Fixtures
A finishing area may need to handle brackets, enclosures, frames, guards and small assemblies in the same day. The mechanical layout should support carts, racks, hangers, turntables and inspection stations without blocking airflow or maintenance doors.
- Review part families, weight ranges, hanging points and rack dimensions.
- Plan movement from fabrication to prep, coating, cure and finished goods.
- Keep clean staging separate from abrasive prep and grinding traffic.
Air Make-Up With Multiple Processes
Rapid Engineering air make-up equipment can help replace air exhausted by booths, prep stations and ovens. When multiple processes share a room, intake location, discharge direction and building pressure should be reviewed with exhaust fans and process heat loads.
Blast, Powder And Paint Connections
Fabricated part shops often combine blast rooms, media recovery, powder booths, cure ovens, paint booths and paint mixing rooms. Double D Mechanical coordinates ductwork, utilities, controls, lighting and penetrations so equipment fits the production sequence and remains serviceable.
Information For A Practical Layout Review
Useful previsit information includes part sizes, coating methods, fixture drawings, equipment data, utility capacities, roof structure notes, photos and shutdown windows. A clear description of the desired production flow helps define the mechanical scope.
Frequently asked questions
What should drive the layout for fabricated metal part finishing?
The layout should follow part flow, fixture style, coating method, cure requirements, exhaust needs and the clearances needed for operators and maintenance.
How is air make-up planned when there are several booths or ovens?
The equipment should be reviewed with total exhaust, process heat, building pressure, intake placement and the way air moves through shared spaces.
Can existing finishing equipment be modified during service work?
Some changes can be included when the equipment condition, utilities, controls and available clearances support the work.
What documents are helpful before Double D Mechanical visits?
Equipment drawings, photos, utility maps, duct layouts, part dimensions and production constraints are the most useful starting points.