Custom molded parts · Made to your design
Custom Injection-Molded Medical Device Enclosures
Build the enclosure around your instrument, its interfaces and its approval requirements.
FECISION reviews custom plastic covers, bases and bezels for non-implantable equipment. Send the controlled part and assembly drawings so that material, tooling, finish and inspection can be quoted together. These are made-to-design components, not stock housings or complete medical devices.
Product details
From the external cover to the internal mounting interface
Explore product design illustrations of molded housing features. Geometry, resin, finish and acceptance are defined for each project.
Upper instrument cover
Identify visible zones, gate restrictions and the envelope around the equipment.
Display seating ledge
Separate aperture clearance, seating flatness and module location.
Internal supports
Review fastening loads, wall transitions, release and inspection access.
Seam and mating edge
Define the assembled gap and cleaning access; a gasket does not establish an ingress rating.
Coating and keep-out areas
Specify the substrate, preparation, masking and component-level coating tests.
Illustrative configurations. Final specifications follow your approved drawings.
Application fit
External molded components for non-implantable equipment
The intended use and supply boundary determine what must be designed, molded, finished and verified.
Tabletop instrument covers
Upper shells and bases with controlled display openings, external appearance and internal equipment clearance.
Display bezels and front panels
Molded interfaces around customer-defined screens and controls, with separately specified seating and cosmetic requirements.
Equipment control housings
Custom component enclosures where fastening, service access and exposure are defined by the equipment team.
Quote-ready inputs
What to send for a meaningful quotation
Use the same drawing and requirements for every proposal. Mark open decisions explicitly so that a low price does not conceal a different deliverable.
| Area | Please provide | Review before release |
|---|---|---|
| Part and interfaces | CAD, controlled drawing, display and lower-housing revisions. | Define loose-part datums, assembled gaps, critical surfaces and permitted DFM changes. |
| Material and exposure | Exact resin and color if selected, contact conditions and cleaning routine. | Review current grade evidence; define part-level compatibility work and substitution controls. |
| Appearance | Cosmetic zones, color reference, texture and inspection conditions. | Agree molded limit samples and measurement methods before production approval. |
| Secondary operations | Coating, masking, printing, inserts and assembly requirements. | Keep component tests separate from the complete equipment qualification. |
| Quality and supply | Trial quantity, repeat demand, traceability and required reports. | Define sample release, change notifications, handling and protective packaging. |
From drawing to approval
Approve the molded configuration and its evidence
Define the supplied component
Confirm the intended application, controlled interfaces, partner operations and equipment-level responsibilities.
Resolve resin, DFM and finish
Review wall distribution, display references, gate witnesses, material identity and any surface preparation.
Inspect and assemble samples
Connect dimensional, cosmetic and coating records to the agreed specimens and counterpart revisions.
Release controlled repeat supply
Record accepted requirements, open validation items, material changes and packaging controls.
Practical engineering and buying guides
Decisions to make before production
- Medical Device Enclosure RFQs: Define the Supply ScopeSpecify custom medical device enclosures with controlled drawings, contact conditions, finishes, quantities and separate component and device approvals.
- Medical Device Housing: Disinfectant Resistance ChecksPlan disinfectant compatibility for molded medical housings using exact resin grades, assembly stress, cleaning conditions and defined acceptance checks.
- Medical Enclosure Display Windows: Tolerances and FitDefine display-window clearance, seating flatness, mounting references and gasket stack-up for custom molded medical equipment housings.
- Conductive Coatings for Plastic Medical EnclosuresScope conductive coating on plastic medical housings with substrate preparation, masking, contact lands and tests separate from whole-device EMC.
- Medical Enclosure Color and Gloss: Set Acceptance RulesAgree color, gloss, texture, viewing conditions and sample references for molded medical equipment housings before cosmetic approval.
- Medical Enclosure First Articles: Records and TraceabilityLink first-article housing inspection to drawing, resin, tool, finish and sample identities while separating component approval from device qualification.
Before you request a quote
Do you supply complete medical devices?
This service is for custom molded enclosure components. Electronics, device assembly and finished-device qualification are separate responsibilities unless explicitly included in an agreed scope.
Which resin should a medical housing use?
There is no universal grade. Intended contact, cleaning exposure, load, appearance and documentation requirements guide a grade-specific review.
Can internal conductive coating be included?
It can be reviewed as a secondary operation. Define the substrate, preparation, coating system, masking and tests. Coating resistance alone is not whole-device EMC approval.
Does non-implantable mean no validation is needed?
No. The equipment manufacturer must define the actual contact, exposure and applicable requirements. Component evidence must match its intended use.
What is required before a firm quote?
Send the component and counterpart drawings, material and finish requirements, trial and production quantities, acceptance package and required timeline. Feasibility and scope are confirmed after review.
Your next step
Discuss the part with its intended function.
Send the enclosure with its mating parts and intended use. We can review a defined molding, finish and sample-approval scope for your custom component.
Explore our injection molding service or review other custom molded applications.