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LED PCB & PCBA Manufacturing for Lighting Products
YC PCB manufactures FR4, aluminum and copper-base LED circuit boards for commercial, industrial, automotive and custom lighting products. We support component sourcing, LED SMT assembly, AOI inspection, functional lighting tests and production from prototypes to volume orders.
Years PCB and PCBA manufacturing experience
Monthly PCB manufacturing capacity
Multilayer capability for integrated LED drivers and control circuits
Prototype, small batch and production LED PCB support
Choose the Right PCB Structure for Your Lighting Product
Select FR4, aluminum, copper-base or thermoelectric-separation structures according to LED power, heat dissipation, board shape, optical layout and assembly requirements. Complete LED PCBA service is available when you need a tested lighting module.
LED Strip FR4 PCB
Cost-effective FR4 boards for LED strips, driver circuits, lighting controls and lower-power modules where metal-core thermal performance is not required.
Aluminum LED PCB
Metal-core boards for downlights, tube lights, ceiling lights, outdoor lamps and other products that require improved heat transfer from the LED array.
UFO High Bay Light PCBA
High-thermal-conductivity aluminum boards with LED assembly for warehouse, factory and industrial high-bay lighting.
Copper Substrate LED Board
Copper-base boards for compact, high-power LED applications such as flashlights, projectors, stage lights and portable lighting modules with concentrated heat sources.
LED PCBA Assembly
LED and driver component sourcing, SMT assembly, polarity control, AOI inspection and functional lighting testing.
Custom LED PCB Modules
Custom board outlines, long boards, LED array layouts, mounting features, surface finishes and test requirements can be produced to your drawings.
Thermal Performance Drives LED Reliability
The PCB must transfer heat away from the LED junction while supporting stable brightness, color consistency, solder-joint integrity and service life. YC PCB matches the substrate, copper construction, solder mask, surface finish and assembly process to your LED package, power level and mechanical design.
Define the Heat Path Before Production
Provide the LED power, pad dimensions, housing contact area, heat-sink structure and board outline so the thermal construction can be matched to the product.
LED PCB Specifications That Affect Product Performance
Clear specifications for heat flow, current distribution, LED spacing, surface finish and panel design help prevent overheating, uneven brightness, solder defects and unnecessary production changes.
Thermal Path
Define LED power, heat-source location, substrate type, dielectric performance and contact area to the lamp housing.
Current Control
Specify operating current, trace width, copper weight and driver connection so current is distributed evenly across the LED array.
Light Uniformity
Provide LED spacing, pad geometry, reflective solder-mask requirement and optical layout so brightness is consistent across the product.
Surface Finish
Choose OSP, HASL, ENIG or silver finish according to soldering process, storage period and exposed optical areas.
Assembly Route
Provide LED package, polarity, placement data, reflow requirements and the required lighting or electrical test.
Panel & Shape
Define board length, routing profile, V-cut, tooling holes, mounting holes and assembly-fixture requirements.
FR4, Aluminum or Copper LED Board?
Material selection should balance LED power density, required heat transfer, board shape, production cost, assembly method and the product's operating environment.
FR4 LED PCB
Suitable for lower-power LED strip lights, LED control boards, driver boards and cost-sensitive light circuit boards.
Aluminum PCB
Common route for LED lighting products that need better heat dissipation than FR4, including tube lights and high bay lights.
Copper Substrate
Recommended for compact or high-power LED modules where concentrated heat must be transferred quickly into the lamp housing or heat sink.
LED Lighting PCB Specifications
Final parameters are confirmed by Gerber, BOM, LED package, thermal target, mechanical drawing and testing requirement.
| Item | YC PCB Manufacturing Options | Information Required for Quotation |
|---|---|---|
| PCB Route | FR4 LED PCB, aluminum PCB, copper substrate board, LED PCBA assembly | Application, LED power, board size, target quantity |
| Thermal Material | Standard aluminum, high-thermal aluminum, copper-base and FR4 constructions | Thermal requirement, lamp housing contact, heat sink design |
| Solder Mask | High-reflective white solder mask for lighting and optical applications | Color, reflectivity need, optical exposure condition |
| Surface Finish | OSP, HASL, ENIG and silver finish options matched to the selected substrate and assembly process | Assembly process, storage time and solderability need |
| Edge Processing | CNC milling, V-Cut and tooling support | DXF outline, mounting hole drawing, panel requirement |
| LED PCBA | LED and driver component sourcing, SMT assembly, AOI inspection and functional lighting testing | BOM, LED model, pick-and-place file, testing method |
LED PCB Manufacturing and Assembly Flow
The production route combines bare-board fabrication, LED assembly, inspection and lighting tests so procurement and engineering teams can manage one controlled order from prototype through production.
File & Thermal Confirmation
Gerber data, LED layout, BOM, thermal requirements, board outline and finish specifications are confirmed before the order is released.
PCB Fabrication
The selected FR4, aluminum or copper-base construction is produced with the specified solder mask, surface finish and mechanical profile.
LED SMT Assembly
SMD LEDs, drivers and supporting components are mounted according to the approved placement file, polarity data and assembly drawing.
AOI & Solder Check
AOI and visual inspection check component presence, polarity, placement accuracy and visible solder-joint defects.
Lighting Test
Lighting function, current and other project-specific tests are performed according to the agreed acceptance criteria.
Packing & Delivery
Finished boards are packed to protect exposed LEDs, long board profiles and delicate assemblies during handling and transport.
LED Lighting Applications We Manufacture
Our LED PCB and PCBA routes cover low-power strip lighting, commercial luminaires, automotive lighting, outdoor products and high-power industrial modules.
LED Tube Lights
SMT aluminum PCB and LED PCBA route for residential and commercial linear lighting.
UFO High Bay Lights
High thermal aluminum substrate for industrial lighting, warehouse lighting and factory lamps.
Automotive Lighting
LED boards for lighting modules requiring controlled assembly, heat dissipation and function checks.
Outdoor Lighting
Light circuit board support for street lights, flood lights, garden lights and outdoor modules.
Projector & Stage Lights
Copper-base boards for projector and stage-light modules with concentrated optical and thermal loads.
LED Drivers
FR4 or multilayer board route for driver control boards, power modules and lighting control.
Backlighting
PCB support for LED display, panel, signage and backlight module applications.
Custom LED Modules
Custom outlines, long boards, mounting features, V-cut panels and functional tests built to your product drawings.
Send These Files for an Accurate LED PCB Quote
Send complete production data to receive a quotation based on the correct substrate, thermal construction, component sourcing, assembly process and test requirements.
Send Your LED PCB Requirements
Submit your contact details and lighting PCB requirements through our quick inquiry form. For Gerber files, BOM, LED specifications, drawings or other attachments, email them directly to our engineering team.
Email: sales@ycelectronic.com
LED Lighting PCB FAQ
Answers to common sourcing questions about LED PCB materials, thermal performance, assembly, finishes, testing and order quantities.
What is an LED lighting PCB?
An LED lighting PCB is a circuit board designed to mount LED components, route current and support heat dissipation in a lighting product.
Should I choose FR4, aluminum or copper for my LED board?
FR4 is suitable for lower-power strips, drivers and control circuits. Aluminum PCB is the common thermal route for many commercial and industrial lamps. Copper-base PCB is used when power density and heat concentration are higher.
Do you support LED PCBA assembly?
Yes. YC PCB supports LED and driver component sourcing, SMT assembly, polarity control, AOI inspection and functional lighting testing according to the approved production files.
What files are needed for an LED PCB quote?
Send Gerber files, BOM, LED model, power and current requirement, placement file, board outline, testing method and application details.
Can you make high power LED boards?
Yes. High-power projects can use standard aluminum, high-thermal aluminum, copper-base or thermoelectric-separation constructions, depending on LED power, contact area and heat-sink design.
Which surface finish is available for LED PCB?
OSP, HASL, ENIG and silver finishes are available. The appropriate finish depends on the substrate, soldering process, storage period and exposed optical areas.
Can you support custom LED board shapes?
Yes. We support routed profiles, long boards, V-cut panels, tooling holes and custom mounting features according to your mechanical drawing.
Can YC PCB help with prototype and production orders?
Yes. YC PCB supports prototypes, pilot runs and volume LED PCB or PCBA orders. Lead time is confirmed from board complexity, component availability, test requirements and order quantity.
Send Your LED PCB Files for a Production Quote
Send the Gerber files, BOM, LED model, thermal requirements, placement data and test criteria. YC PCB will prepare a manufacturing and assembly quotation for your lighting product.
From LED Board to Tested Module
Integrated LED PCB manufacturing, component sourcing, SMT assembly, inspection, functional testing and protected delivery from one production partner.
Send Your LED PCB Requirements
Tell us what you need. For Gerber files, BOM, LED specifications, placement data, drawings or other attachments, email them directly to sales@ycelectronic.com after submitting this form.
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