Thermal Performance
Heat sinks and metal housings manufactured for dependable heat transfer, stable LED performance and longer product life.
LIGHTING COMPONENT MANUFACTURING
Precision Parts for
Better Lighting.
From thermally efficient housings and heat sinks to optical holders and structural components, we manufacture reliable parts for commercial, architectural and industrial lighting products.
5–10 Days
Typical Lead Time
±0.025 mm
Precision Tolerance
ISO 9001
Quality Management
MANUFACTURING FOR LIGHTING
Engineered Components for
Modern Lighting Products.
Lighting products rely on more than appearance. Heat dissipation, optical alignment, structural strength and repeatable assembly all begin with accurately manufactured components.
HordRT supports lighting manufacturers from functional prototypes to low-volume and production parts. We combine CNC machining, die casting, plastic injection molding and surface finishing to produce coordinated component sets ready for validation and assembly.
Optical Alignment
Accurate component interfaces help maintain consistent positioning between LEDs, lenses, reflectors and protective covers.
Production-Ready Finish
Anodizing, painting, polishing and texturing can be matched to functional requirements and the visual identity of the product.
LIGHTING MANUFACTURING CAPABILITIES
The Right Process for
Every Lighting Component.
Lighting assemblies often combine molded, machined, cast, formed and extruded components. We select the appropriate manufacturing process based on your design, material, tolerance, production volume and surface-finish requirements.
01
Rapid Tooling
Bridge tooling for fast design validation, low-volume lighting components and production-intent molded parts before full-scale manufacturing.
FAST VALIDATION · LOW VOLUME · PRODUCTION INTENT
02
Plastic Injection Molding
Durable connectors, covers, diffusers, optical parts and insulating components with repeatable dimensions and consistent appearance.
OPTICAL · FLAME-RETARDANT · ENGINEERING RESINS
03
CNC Machining
Precision housings, heat sinks, mounting components and optical interfaces manufactured with tight tolerances and clean finishes.
ALUMINUM · BRASS · ENGINEERING PLASTICS
04
Die Casting
Production-ready aluminum and zinc housings with integrated ribs, mounting details and efficient thermal-management features.
ALUMINUM · ZINC · SECONDARY MACHINING
05
Sheet Metal Fabrication
Formed enclosures, brackets, reflectors and mounting structures produced through laser cutting, bending, welding and finishing.
CUTTING · BENDING · WELDING · FINISHING
06
Aluminum Extrusion
Consistent profiles for linear lighting, heat-management systems, channels and architectural lighting structures.
CUSTOM PROFILES · MACHINING · ANODIZING
ENGINEERED FOR PERFORMANCE
Every Detail Affects
the Final Light.
Thermal · Optical · Structural
LIGHTING PRODUCT REQUIREMENTS
Precision Manufacturing for Lighting Components.
Lighting components must manage heat, protect sensitive electronics, maintain optical alignment and deliver a consistent appearance. Manufacturing decisions should support all four requirements from the beginning of the project.
01
Thermal Management
Heat sinks, fins and metal housings help transfer heat away from LEDs and electronic components for stable long-term performance.
02
Optical Precision
Accurate lens seats, reflector interfaces and LED mounting locations help maintain beam quality and consistent light output.
03
Environmental Protection
Well-controlled sealing surfaces and durable materials support resistance to moisture, dust, outdoor exposure and daily use.
04
Surface Appearance
Anodizing, powder coating, painting and texturing create a consistent finish while improving wear and corrosion resistance.
LIGHTING APPLICATIONS
Lighting Components for
Every Application.
We manufacture precision components for lighting products used in architectural, commercial, outdoor and industrial environments—from compact housings to large thermal-management structures.
01
Architectural Lighting
Precision housings, linear profiles and mounting components designed to combine reliable performance with refined appearance.
02
Commercial Lighting
Repeatable components for track lights, downlights and other high-volume commercial lighting products.
03
Outdoor Lighting
Durable housings and sealed structures built for moisture, dust, corrosion and changing weather conditions.
04
Industrial Lighting
Robust thermal and structural components for demanding production, warehouse and equipment environments.
LIGHTING MANUFACTURING CASE STUDY
Production-Ready to
Lighting Housing.
A typical outdoor lighting housing requires more than a clean external appearance. The design must also support thermal performance, sealing, optical alignment and reliable final assembly.
REPRESENTATIVE PROJECT
Sealed Aluminum
Lighting Housing
Lighting Housing
PROJECT OVERVIEW
A Complete Manufacturing Route.
The housing design combines die-cast aluminum construction, machined sealing surfaces, mounting details and a durable exterior finish. Rapid tooling can be used to validate the design before transitioning to production tooling and repeatable manufacturing.
- Application
- Outdoor Lighting
- Primary Material
- Aluminum Alloy
- Main Processes
- Die Casting + CNC
- Surface Finish
- Powder Coating
MANUFACTURING ROUTE
01
Design Review
Review wall thickness, draft, ribs, sealing features and assembly interfaces.
02
Rapid Validation
Produce functional samples to verify fit, thermal behavior and component alignment.
03
Production Manufacturing
Cast the housing and machine critical sealing, optical and mounting surfaces.
04
Finish and Inspection
Apply the specified coating and inspect critical dimensions before final assembly.
START YOUR LIGHTING PROJECT
Ready to Manufacture
Your Next Lighting Product?
Share your CAD files and project requirements with our engineering team. We will review your design, recommend the appropriate manufacturing process and provide a clear quotation.
- Design Review
- Fast Quotation
- Production Support
FAQ
Lighting Manufacturing
Questions, Answered.
Practical answers about processes, materials, tolerances, finishes and quotations for custom lighting components.
Still evaluating your lighting project?
Send your CAD files, material, quantity and critical requirements. Our engineering team will review them and respond with the next steps.
Get a Quote01 What lighting components can HordRT manufacture?
We manufacture lighting housings, heat sinks, mounting brackets, aluminum profiles, optical retaining rings, reflectors, connectors, diffusers and other structural or functional components based on customer drawings.
02 Which manufacturing processes are available?
Available processes include rapid tooling, plastic injection molding, CNC machining, die casting, sheet metal fabrication and aluminum extrusion. The recommended process depends on the design, material, quantity and production requirements.
03 Can you support prototypes and production parts?
Yes. We support development prototypes, validation parts, rapid and bridge tooling, low-volume production and repeat manufacturing. The recommended route depends on part geometry, material and required quantity.
04 Which materials are commonly used for lighting components?
Common materials include aluminum alloys, zinc alloys, stainless steel, carbon steel, brass and engineering plastics. Material selection should consider heat transfer, strength, weight, electrical insulation and environmental exposure.
05 What tolerances can you achieve?
Suitable CNC-machined lighting components can achieve tolerances as tight as ±0.025 mm. Actual tolerances depend on the material, part size, geometry and manufacturing process.
06 Which surface finishes are available?
Available finishes include anodizing, powder coating, painting, polishing, brushing, bead blasting, plating and custom texturing. The finish can be matched to appearance, corrosion resistance, wear and thermal requirements.
07 What information is required for a quotation?
Please provide 3D CAD files, 2D drawings where available, material, quantity, finish, critical dimensions and any assembly, testing or documentation requirements. This helps us prepare an accurate manufacturing proposal.