Mechanical Parts for Electronics & IoT Devices, On-Demand

Source custom housings, connectors, and heat sinks with the tight tolerances and ESD-safe materials your electronic devices demand — instant quotes, no minimums.

Mechanical Parts for Electronics & IoT Devices, On-Demand
  • 5,000
    Verified Suppliers
  • 16+
    Manufacturing Processes
  • 200
    Materials Available
  • 3 Days
    Fastest Lead Time

Why Partner with Xometry for Electronics?

Supply Chain Speed for Fast-Moving Product Cycles

Electronics development moves in weeks, not quarters. Xometry’s network of 5,000+ verified manufacturers gives you on-demand capacity from a single prototype enclosure to full production runs, without the lead-time surprises of a single job shop.

  • 5,000+ Suppliers
  • Prototype to Serial Production
  • Regional & Global Sourcing
  • Framework Agreements
  • On-Demand Capacity
  • No Minimum Order Quantities

Your Designs Stay Confidential

Product designs are among your most sensitive IP before launch. Every file uploaded to Xometry is encrypted and covered by a standard NDA, protecting your housings, connector geometry, and internal layouts from quote to delivery.

  • NDA as Standard
  • Encrypted CAD Uploads
  • GDPR Compliant
  • Data Sovereignty
  • Cloud Security
  • Controlled Access

Materials Engineered for Electronics-Specific Requirements

Beyond standard metals and plastics, access ESD-safe polymers, UL 94 flame-retardant grades, and EMI/EMC shielding materials, with expert guidance on choosing the right grade for your application and compliance needs.

  • ESD-Safe Polymers
  • UL 94 V-0 Materials
  • EMI/EMC Shielding
  • Engineering Polymers (ABS, POM, PEEK)
  • Aluminium & Steel Alloys

Parts That Meet Your Specs — Every Time

Dimensional inconsistency in housings and connectors causes fit and assembly failures downstream. Get instant pricing the moment you upload, then receive parts to your exact tolerances, with full inspection documentation on request.

  • ISO 9001:2015
  • First Article Inspection (FAI)
  • CMM Inspection
  • Full Material Traceability
  • ISO 2768 / ISO 286

One Platform. Every Process Your Device Needs.

Enclosures, connectors, heat sinks, and internal brackets often require different processes. Xometry consolidates CNC machining, sheet metal, 3D printing, and injection moulding on one platform, one quote, one point of contact.

  • 16+ Manufacturing Processes
  • 50+ Surface Finishes
  • CNC Machining
  • Sheet Metal Fabrication
  • 3D Printing
  • Injection Moulding

Catch Issues Before Production Starts

A redesign after tooling is cut is expensive and slow. Xometry’s platform delivers instant DFM feedback on every uploaded file, so your team can optimise wall thickness, ribs, and tolerances before committing to production.

  • Instant DFM Feedback
  • Sales Engineering Support
  • Tight Tolerances
  • Complex Geometries
  • Process Optimisation
  • Just-in-Time Delivery

Core Manufacturing Services

Our platform offers a comprehensive range of production technologies and materials to support both prototyping and full-rate production.

Precision Housings, Heat Sinks & Connectors

Tight-tolerance metal and plastic parts machined to exact specs, with EMI shielding and conductive finishing options.
  • Tight dimensional tolerances to ISO 2768 (Fine) and ISO 286 for fit-critical connector and housing interfaces
  • 3-axis, 4-axis, and 5-axis CNC milling and turning for complex heat sink fin geometries
  • Conductive finishing options, including electroless nickel plating and chemical film, for EMI/EMC shielding

Enclosures & Component Holders at Scale

Cost-effective, repeatable plastic parts for enclosures, sockets, and holders, including overmoulding, insert moulding
  • ESD-safe and UL 94 flame-retardant grades available for compliance-critical applications
  • Overmoulding and insert moulding for sealed connectors and multi-material assemblies
  • Consistent quality across production runs, from prototype tooling to hundreds of thousands of parts

From CAD to Functional Prototype in Days

Validate housing and enclosure designs fast, no tooling required, across metal and industrial polymers.
  • No tooling required — quote, order, and receive parts in as little as 3 business days
  • Wide material range including metal and industrial-grade polymers for realistic fit and thermal testing
  • SLA and Carbon DLS options for tight-tolerance, high-surface-finish prototypes ahead of tooling investment

Enclosures & EMI Shielding Panels

Precision-cut and formed panels, brackets, and shielding enclosures with conductive finishing.
  • Laser cutting, waterjet cutting, bending, welding, and mechanical assembly in one workflow
  • Conductive coatings and finishes for EMI/EMC shielding on enclosures and chassis panels
  • Consistent, repeatable thickness for cost-effective mid-to-high-volume enclosure runs

Use Cases

Product Development & Prototyping

Validate Your Design Before Committing to Tooling

  • Test housing fit, connector geometry, and thermal behaviour in real materials, including ESD-safe and flame-retardant grades, before investing in production tooling.
  • Get instant DFM feedback on wall thickness, boss placement, and rib design to catch issues that would otherwise surface after tooling is cut.
  • Move from CAD to functional prototype in as little as 3 days, compressing design iteration cycles that used to take weeks.

Enclosures & Component Production at Scale

Scale from Pilot Run to Full Production Without Requalifying Suppliers

  • Produce enclosures, connectors, and heat sinks at volume with consistent quality, backed by CMM inspection and full material traceability.
  • Access ESD-safe, UL 94-rated, and EMI-shielding materials on the same platform used for prototyping, so specs don’t change between pilot and production.
  • Consolidate sourcing across CNC machining, injection moulding, and sheet metal on one platform instead of managing multiple specialised suppliers.

Real Stories, Real Impact

Bringing a Certified Battery Housing to Series Production

Batterieschmiede (Germany) used Xometry’s Moldflow analysis and 3D-printed prototypes to redesign its lithium battery housing for injection moulding, meeting UN38.3 transport safety requirements and hitting series production on schedule.

Building an IP68 IoT Device for Harsh Environments

Vivavis (Germany) developed its Octopus IoT monitoring platform with Xometry, using MJF prototyping and injection moulding to achieve IP68 sealing and full functionality between -20°C and +60°C for its injection-moulded PCB housing.

Precision Components for High-Tech Cooling Systems

Qinu (Germany) replaced a 7–10 day supplier quoting process with near-instant quotes via Xometry, using CNC machining and sheet metal fabrication to produce complex, precision-critical components for its dilution cryostats.

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