Electronics & instruments
Custom Aluminum Enclosure
Protective aluminum enclosures with coordinated cover, connector and mounting interfaces.
Explore this component ↗Custom aluminum components
Industrial electronics.
Protection, heat transfer and access meet in the housing. Explore the component interfaces that connect your electronics to the installation.
Components in this application
From the board to the outside world.
Electronics & instruments
Aluminum Heatsink Housing
Finned electronic housings that combine component protection, mounting and a defined thermal contact path.
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Electronics & instruments
Aluminum Instrument Housing
Instrument bodies with sensor or display openings, serviceable covers and protected mounting interfaces.
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Structural components
Aluminum Mounting Bracket
Cast supports with mounting pads, fastener features and ribs developed for the installation.
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Review the assembly
The housing is one part of the system.
Use the operating conditions and mating components to make the drawing requirements meaningful.
Board to housing
Start with the PCB outline, support points and connector envelope. Check how the board enters the housing and how fasteners are reached. Identify keep-out zones and the clearance needed by tall or replaceable components.
Device to ambient
Describe the heat sources, power loss, mounting orientation and available airflow. The thermal contact surface and interface material deserve the same attention as the external fins. Define the temperature limit and who will validate the assembled thermal design.
Inside to outside
The lid, window, cable gland and connector each create a boundary. Coordinate their seals, service access and finish requirements. A housing drawing can define the mechanical interfaces; a completed assembly test establishes the specified ingress performance.
Electrical contact to finish
Locate grounding, bonding and shielding contacts before choosing full coating coverage. Specify where contact is required and how it is maintained. The final EMC result also depends on joints, apertures, cables and the electronics.
A practical inquiry
Three useful things to share.
The current geometry
A model, drawing, sketch or photographs. Indicate the dimensions and interfaces already fixed, and the areas still being explored.
The operating context
Installation, ambient conditions, heat sources, cable access and any electrical or ingress requirements.
The supply expectation
Approximate quantities, timing and whether you need a casting or a finished machined part. Material, finish and inspection can be discussed if still open.
We have electronics but no enclosure drawing. Where do we start?
Send the board or module envelope, photographs if helpful, and the intended installation. Identify connectors, mounting points and major heat sources. Those inputs can support an initial mechanical review while the remaining specifications are developed.
Does aluminum guarantee EMC shielding or an IP rating?
No. The complete enclosure, electrical contacts, openings, cables, seals and assembly affect those results. State the target and applicable validation so the housing contribution can be defined.
Should the housing be cast or extruded?
A largely constant section may suit extrusion; integrated bosses, changing sections and complex openings may favor casting with machining. The geometry, quantity and finish requirements help frame that comparison.
Start with your application
Have a component to develop or source?
Send what you have now. Describe the job the part must do and we can work through the next questions.