Injection-Molded Housings
Custom enclosures, covers, bezels and internal plastic structures designed for fit and assembly.
ELECTRONICS & ELECTRICAL MANUFACTURING
Precision Components.
Built for Reliable Electronics.
Custom tooling and manufacturing for electronic enclosures, connectors, heat-management parts and structural components—from prototype validation to repeatable production.
- Plastic & Metal Components
- Tight-Tolerance Features
- Prototype to Production
MANUFACTURING FOR ELECTRONICS
From Functional Enclosures to Production-Ready Components.
HordRT combines tooling, molding and precision metal manufacturing to support electronics products with durable housings, accurate interfaces and reliable assembly.
BUILT AROUND YOUR REQUIREMENTS
Integrated Support Across Key Component Types
CNC & Die-Cast Components
Precision aluminum parts, heat sinks and structural housings for demanding electronic applications.
Sheet Metal & Shielding Parts
Brackets, chassis, panels and covers produced for accurate alignment and efficient assembly.
Silicone & Overmolded Parts
Keypads, seals, grips and protected interfaces that add sealing, insulation and user comfort.
Multi-Process
Manufacturing Support
In-House
Tooling & Inspection
No MOQ
Flexible Order Volumes
Prototype
Through Production
ENGINEERED FOR PERFORMANCE
Built for What Electronics Demand in the Real World.
Electronic components must do more than match the drawing. Materials, geometry and manufacturing processes must work together to manage heat, protect internal systems and maintain reliable assembly.
01
Thermal Management
Machined housings, die-cast heat sinks and conductive interfaces help move heat away from sensitive electronic components.
- Heat sinks and cooling features
- Aluminum housings and covers
- Controlled contact surfaces
02
EMI Shielding
Metal enclosures, shielding covers and controlled mating surfaces support electromagnetic protection around critical electronics.
- Sheet-metal shielding covers
- Conductive metal enclosures
- Accurate mating interfaces
03
Sealing & Protection
Molded housings, silicone seals and overmolded interfaces help protect assemblies from dust, moisture, vibration and repeated handling.
- Gasket grooves and sealing lands
- Silicone seals and keypads
- Overmolded cable interfaces
04
Fit & Assembly
Stable dimensions and correctly positioned features help PCBs, connectors, fasteners and covers come together without rework.
- Bosses, inserts and snap features
- Connector and port alignment
- Repeatable part-to-part fit
APPLICATION-READY MANUFACTURING
Components developed around function, environment and assembly.
ELECTRONICS APPLICATIONS
Manufacturing Support Across Connected Product Categories.
We support component development for electronic and electrical products across commercial, industrial and connected-device applications.
Industrial Controls
Controller housings, operator interfaces, terminal enclosures and internal mounting parts.
Test & Measurement
Instrument enclosures, precision panels, brackets, knobs and protective component housings.
Energy & Power Systems
Power-control housings, heat-management parts, insulated components and protective covers.
Communication Equipment
Network-device enclosures, antenna housings, shielding parts and connector interfaces.
Smart Home Devices
Sensor housings, wall controls, connected-device covers and compact mounting structures.
Commercial Electronics
Handheld enclosures, display bezels, user-interface parts and durable external housings.
MATERIAL SELECTION
Materials Matched to Function and Manufacturing Process.
Material selection is based on the component’s electrical, thermal, mechanical and environmental requirements—not simply its appearance.
Material Family
Common Options
Common Applications
Manufacturing Processes
P
INSULATION & DESIGN FREEDOM
Engineering Plastics
For durable, lightweight parts with complex features.
- Enclosures and covers
- Bezels and connector bodies
- Internal mounting structures
Injection Molding
CNC Machining
Insert Molding
M
STRUCTURE, HEAT & SHIELDING
Metals
For strength, heat transfer and electromagnetic protection.
- Heat sinks and chassis
- Shielding covers and brackets
- Precision structural housings
CNC Machining
Die Casting
Sheet Metal
E
SEALING & FLEXIBLE INTERFACES
Elastomers
For sealing, grip, insulation and repeated interaction.
- Keypads and seals
- Cable strain relief
- Grips and protective interfaces
Compression Molding
Overmolding
Insert Molding
I
THREADS & INTEGRATED FEATURES
Metal Inserts
For durable fastening and integrated conductive features.
- Repeated screw assembly
- Mounting and alignment points
- Electrical contact integration
Insert Molding
Heat-Set Installation
Secondary Assembly
Specific grades and finishes are selected after reviewing operating conditions, compliance needs, target volume and assembly requirements.
FROM CONCEPT TO PRODUCTION
A Clear Path from Design Review to Production.
One coordinated workflow connects engineering review, prototype parts, tooling, validation and production—without unnecessary handoffs.
01
REVIEW
DFM & Material Review
Review geometry, critical interfaces, materials, assembly requirements and the most suitable manufacturing route.
02
PROTOTYPE
Prototype Components
Produce prototype plastic and metal parts to confirm fit, function, interfaces and assembly.
03
PREPARE
Tooling & Process Setup
Build required tooling and establish the controls needed for the chosen production process.
04
VALIDATE
Samples & Verification
Evaluate samples, dimensions, appearance and assembly performance before pilot production.
05
PILOT
Pilot Production
Confirm process stability, inspection requirements, secondary operations and packaging.
06
PRODUCE
Production & Inspection
Manufacture repeat orders with defined process controls, dimensional inspection and delivery planning.
START YOUR ELECTRONICS PROJECT
Have an Electronics Component Ready for Manufacturing Review?
Send us your drawings and project requirements. Our engineering team will review the materials, critical features, manufacturing process and production needs before providing a solution.
- DFM and material review
- Plastic, metal and silicone components
- Prototype through production support
01 What information do you need to quote my electronics project?
Please send your 3D CAD files, available 2D drawings, preferred materials, expected quantities, critical tolerances, surface-finish requirements and any assembly or environmental requirements. If some details are not confirmed, our engineers can recommend practical options.
02 What types of electronics components can you manufacture?
We manufacture custom enclosures, covers, bezels, heat sinks, brackets, shielding parts, connector components, silicone keypads, seals and other plastic or metal structural parts based on customer drawings.
03 Which manufacturing processes are available?
Our capabilities include rapid tooling, plastic injection molding, CNC machining, die casting, sheet metal fabrication, silicone compression molding, insert molding and overmolding. Multiple processes can be coordinated for projects containing different component types.
04 Which materials are commonly used for electronics components?
Common options include ABS, PC, PC/ABS, PA, PBT, PPS and PEEK for plastic components; aluminum, stainless steel, carbon steel, copper, brass and zinc alloys for metal parts; and silicone, TPE or TPU for seals and flexible interfaces.
05 Can you support prototypes and production quantities?
Yes. With no minimum order quantity, we support prototype parts, design iterations, bridge production and repeat manufacturing. The recommended production route depends on part design, material, volume and commercial requirements.
06 Can metal inserts or contacts be integrated into molded parts?
Yes. Threaded inserts, bushings, terminals and other metal elements can be integrated through insert molding or installed as a secondary operation. The best method depends on the insert geometry, material and performance requirements.
07 How do you verify critical dimensions and assembly interfaces?
Critical features are identified during drawing and DFM review. Depending on the project, inspection can include CMM measurement, gauges, blue-light scanning, visual checks and assembly verification.