Local Device Housings
Stainless or powder-coated control boxes and protective bodies for a defined device module.
Medical Device Housing Components Medical Device
Medical Device
Covers & Panel Kits
Smaller Housing Subassemblies
Build-to-print local control housings, stainless covers, access panels, brackets and hardware-ready subassembly kits for medical equipment OEMs. Use this page for component-level housing metalwork; use our Medical Equipment Enclosures page for a complete outer frame, doors and full enclosure system. Need the internal base or mounting frame? See medical chassis.
✓ Build-to-print scope
✓ Inspection by RFQ
✓ OEM approval boundary
RFQ Project-defined
RFQ
Example order size
Drawing
Critical dimensions
Plan
Inspection scope
OEM
Final approval
01 / What We Fabricate
Component-Level Housings for Medical Equipment OEMs
This page covers smaller local housings, covers, panels and bracket kits. For a complete equipment enclosure structure with outer frame, doors and system-level panels, use the dedicated Medical Equipment Enclosures page.
Cleanable Covers and Panels
Access covers, service panels, removable skins and wipe-down surfaces with controlled edges and finish.
Internal Brackets and Trays
Mounting brackets, electronics trays, interface plates and hardware-ready internal parts.
Medical Housing Kits
Revision-controlled housings, panels, brackets and hardware packed by device model or production stage.
Our scope: component housings, covers, panels and kits
DRAmetal manufactures component-level housing metalwork to released drawings. For the complete outer enclosure structure, doors and system panels, see Medical Equipment Enclosures. The OEM owns device classification, clinical requirements, regulatory approval, ISO 13485 obligations and final validation.
02 / Medical Housing Types
Local Housings, Covers, Panels and Device Kits
Choose this component route when the RFQ covers a module housing, cover set, access panel or bracket kit rather than the complete equipment enclosure system.
Housing Medical Device Module Housings
Build-to-print local control housings and protective metal bodies for a defined medical or diagnostic equipment module.
- Materials 304/316L, aluminum, steel
- Features Covers, doors, inserts
- Use OEM devices
Stainless Stainless Control Housings
Cleanable stainless housings and control boxes with edge finishing, passivation-ready surfaces and hardware control.
- Finish No.4 / passivated
- Control Edges and welds
- Use Clinical equipment
Panels Cleanable Covers and Access Panels
Removable panels, doors, service covers and skins with smooth edges, protected finishes and assembly fit control.
- Features Latches, hinges, PEM
- Inspection Fit and finish
- Risk Crevices and burrs
Kits Medical Housing Mechanical Kits
Finished housings, panels, brackets and hardware-ready parts grouped by device model and drawing revision.
- Packout Model and revision
- Quality Final inspection
- Docs As quoted
03 / Technical Capabilities
Typical Medical Housing Component Specification
| Materials | 304/316L stainless steel, 5052/6061 aluminum, cold-rolled steel and project-defined coated materials |
|---|---|
| Processes | Laser cutting, punching, bending, welding, hardware insertion, brushing, passivation, powder coating and mechanical assembly |
| Part examples | Device housings, control boxes, covers, access panels, skins, internal brackets, electronics trays and hardware-ready kits |
| Quality controls | First article when specified, plus quoted edge, finish, hardware, fit and weld checks |
| Documentation | Drawing revision, BOM, inspection record, material record and approved deviation record when included in the RFQ |
| Delivery format | Loose parts, housing assemblies, protected packs, device-model kits or line-side mechanical kits as quoted |
| Cosmetic acceptance | OEM-defined visible zones, viewing conditions, approved finish references and repair permission; inspect and protect the agreed delivered condition. |
| Cleaning exposure | Buyer-specified agents, contact conditions and acceptance criteria. Material or finish compatibility and any validation-support work are separately reviewed. |
| Pilot release | Identify mating-reference revisions, required fit-up checks, approval owner and the boundary between pilot exceptions and repeat production. |
| Repeat-order control | Released drawing and BOM revisions, approved hardware alternatives, lot identity and project-specific records remain tied to the ordered kit. |
04 / Manufacturing Process
From Device Housing Review to Clean-Protected Packout
01
Housing Boundary Review
Confirm the mechanical housing scope and which device validation, regulatory and clinical requirements remain with the OEM.
02
DFM and Finish Review
Review cleanable edges, bend radii, welds, hardware, surface finish, access panels and assembly sequence.
03
Fabrication
Cut, punch, bend, weld and deburr housings, covers, brackets and panel parts.
04
Surface and Hardware
Apply brushing, passivation or coating, then install PEM hardware, hinges, latches or drawing-defined components.
05
Fit and Finish Inspection
Check the edges, welds, finish, hardware presence, panel fit and mounting features defined in the agreed inspection plan.
06
Protected Packout
Pack housings and panels by device model, drawing revision or production station when that scope is included in the quotation.
05 / Why It Matters
Why Medical Device Housings Need Dedicated Sheet Metal Control
Medical equipment housings often require cleanable surfaces, controlled edges, cosmetic finish, service access and tight hardware alignment. A general enclosure process is not always enough.
Cleanable Edges
Burrs, sharp edges and crevices create cleaning and handling problems.
Finish Consistency
Brushed stainless, passivation and powder coating must be protected through fabrication and shipment.
Service Access
Doors, panels, hinges and latches need repeatable fit for maintenance and device assembly.
Revision Discipline
Medical equipment programs require drawing, BOM and packout control to avoid mixed revisions.
Customer Project
Medical Service Panel: Hinge Durability and Seal Fit
Materials, fabrication decisions and results for an anonymous customer project.
Component reference image
The Customer Challenge
Repeated opening loosened the hinge and allowed the panel to sag. The resulting cabinet gap compromised enclosure protection.
Project Measurements & Details
≥5,000 cyclesOpening test
≤0.5 mmPanel gap
IP54Assembly protection
Results apply to the project configuration described on the linked page.
Explore Customer Projects → 07 / Why Choose Us
Why OEMs Use DRAmetal for Medical Device Sheet Metal Housings
01
Cleanable fabrication focus
Edges, welds, finishes and access areas are reviewed for practical cleanability and handling.
02
Coordinated fabrication route
Cutting, bending, welding, available surface finishing, hardware and assembly scope are confirmed at RFQ.
03
Interface-focused inspection
Panels, covers, brackets, hardware and mounting points are checked from drawing-defined datums when quoted.
04
Protected OEM packout
Finished housings can be packed by model, revision and production sequence when included in the agreed scope.
08 / Related
Related Products & Engineering Guides
09 / FAQ
Medical Device Sheet Metal Housings FAQ
What medical device housing parts can DRAmetal make?
We fabricate local control housings, covers, access panels, brackets, electronics trays and hardware-ready subassembly kits to released drawings. Complete outer enclosure systems have a separate RFQ page.
Can DRAmetal support medical device certification?
Medical device certification support and related documentation are available on request. Confirm the target market, device scope and required deliverables during RFQ review. DRAmetal supplies build-to-print mechanical sheet metal parts; the OEM retains device classification, design, clinical validation and final regulatory responsibilities.
Can you support stainless and cleanable finishes?
Yes. We can fabricate stainless housings, brushed surfaces, passivation-ready parts, deburred edges and protected packout according to the drawing and finish specification.
What should be included in a medical housing RFQ?
Send drawings, STEP files, material and finish notes, edge requirements, weld notes, hardware list, cosmetic surfaces, inspection points and annual quantity.
Can an enterprise pilot order precede repeat production?
Yes. Identify the pilot quantity, mating references, inspection records and approval objectives separately from repeat-order forecasts. A small OEM development quantity is a valid project stage; quotation and schedule depend on the released design.
How are substitutions and cosmetic exceptions controlled?
The quoted scope should identify approved materials, hardware and finish criteria. Proposed alternatives or deviations require the designated buyer approval before use, with the affected order or lot identified. One pilot exception is not an automatic change to every repeat order.
Get Started Need Medical Housing Components
Need Medical Housing Components
Built to OEM Drawings?
Send your housing drawings, STEP files, material and finish requirements, hardware list, cleanability concerns, CTQ dimensions and forecast quantity. We will review fabrication, finish and packout risks before quoting.
Certification documents are available for supplier qualification. Mention the required standard and project scope in your inquiry.