Custom Bare Boards for Horticultural Lighting
LED Grow Light
PCB Manufacturing
PCBELEC manufactures custom bare PCBs for horticultural lighting, including grow-light boards up to 1,500 mm long. Send your layout, material, mounting and insulation requirements for fabrication review and quotation.
Bare-board inquiries: sales@pcbelec.com
- Long-Board Capability Up to 1,500 mm
- Supply Scope Custom Bare PCB Fabrication
- Order Stages Prototypes to Production
Linear Profiles, Panels & Defined Circuit Layouts
Grow Light Board Formats & Manufacturing Scope
Start with the finished board profile and circuit requirements. Define the substrate, mounting features and delivery format for the grow-light design you need fabricated.
Long-Bar Boards up to 1,500 mm
Custom long-board fabrication for grow-light bar layouts. Provide the finished length, width, pad pattern and mounting references together with the selected construction.
Define for Quotation Material, width, thickness, critical flatness and delivery requirements for the specified long-board build.
Panel & Array Board Layouts
Submit panel-style grow-light layouts with the finished outline, pad distribution and mounting features. Distinguish a single array board from a delivery panel containing multiple units.
Define for Quotation Finished-board dimensions, unit count, hole positions, separation features and panel delivery format.
Multi-Channel & Specified Layouts
Fabricate the customer-defined circuit layout with identified channels, connection pads and thermal regions. Keep circuit requirements separate from LED selection and optical performance.
Define for Quotation Circuit data, pad geometry, channel markings and any specified local thermal or isolation features.
Choose the Construction Behind the Format
A bar or panel describes the board format, not the complete material stackup. Explore the aluminum PCB and copper-based PCB services for the relevant construction requirements.
Keep the Bare-Board Scope Clear
This page covers PCB fabrication for horticultural lighting projects. For broader board constructions, review the main LED PCB manufacturing page. Component assembly is handled through the separate JHYPCB service.
Translate the Lighting Project into Board Requirements
Manufacturing Requirements for Horticultural Lighting
Give the fabrication team the requirements that control the actual board build. Define the mechanical, electrical and material conditions instead of relying on a general grow-light application label.
Long Profiles & Mounting References
PCBELEC can fabricate boards up to 1,500 mm long. Define the complete profile and mounting interface so the quotation addresses the required material, geometry and finished condition.
- Finished length, width and reference datums.
- Mounting-hole positions, slots and specified contact regions.
- Critical flatness, edge condition and handling requirements where controlled.
Copper Layout & Channel Definition
Identify the circuit copper, pad geometry and channel connections in the released design. Use the copper thickness reference to distinguish conductor requirements from metal-base thickness.
- Copper by circuit layer and critical conductor features.
- Channel identification, connection pads and applicable circuit clearances.
- Thermal-pad boundaries and any specified local base connections.
Mask, Finish & Environmental Requirements
Specify white solder mask, exposed-pad finish and critical covered regions. If humidity, condensation or chemical exposure affects the specification, state the relevant conditions and acceptance requirements.
- Mask material or color, openings and marking keepouts.
- Controlled appearance, reflectance or aging requirements with a test basis.
- Separate bare-board requirements from assembly coatings and luminaire enclosure protection.
Insulation & Specified Verification
Define the required relationship between circuit copper, thermal regions and the metal base. Request additional insulation verification with a stated method and acceptance basis for review.
- Dielectric construction and required isolation regions.
- Specified test points, conditions and acceptance limits.
- Required coverage, inspection records and released drawing revision.
Material, Dielectric & Circuit Definition
Substrate & Construction Selection
Select the construction around the circuit, insulation and mounting requirements of your grow-light board. If the material is not fixed, identify the open requirements for fabrication review.
Swipe horizontally to view the complete selection table.
| Construction | Define in the Board Design | Include for Quotation |
|---|---|---|
| Aluminum IMS Specified insulated metal-base construction. | Circuit copper, insulating dielectric, aluminum base and the intended mounting contact regions. | Material or dielectric requirements, thicknesses, finished profile and electrical isolation criteria. |
| Copper-Based PCB Insulated or drawing-defined thermal regions. | The relationship between electrical pads, thermal regions and the copper base in the specified build. | Construction section, pad geometry, any local direct thermal connection and required isolation. |
| FR-4 / Multilayer Circuit and stackup requirements defined by the design. | Routing, layer order, copper distribution and specified hole or thermal features. | Laminate requirements, circuit copper and the multilayer PCB stackup where applicable. |
| Other Specified Structures Exact material and process subject to review. | The required material, circuit arrangement and mechanical or thermal connection details. | Material designation, construction drawing and application-specific fabrication and acceptance requirements. |
This table organizes specification inputs; it does not assign a universal material grade from a fixture wattage, crop type or PPFD target.
Specify the Dielectric, Not Just a Conductivity Number
Identify the material grade, dielectric thickness and relevant thermal and electrical requirements together. Use the aluminum PCB material guide as supporting context for the specified construction.
Keep General Capabilities on the Main LED PCB Page
For broader construction options and manufacturing references, review the LED PCB manufacturing page. Include the grow-light project's profile, installation and acceptance requirements with the selected build.
Long-Board Geometry & Mechanical Definition
Long-Bar, Outline & Panel DFM
For grow-light bars and custom panels, define how the finished board fits the installation. Keep the profile, mounting references and delivery format clear in the fabrication package.
Confirmed Long-Board Capability
Board Length up to 1,500 mm
The length capability does not replace a complete construction specification. Include width, thickness, material and any controlled flatness requirements for the actual long-board design.
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Profile, Datums & Hole Locations
Dimension the finished outline, mounting holes, slots and specified recessed features from clear reference datums. Identify the tolerances that control installation rather than leaving them to the artwork scale.
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Flatness & Mounting Contact
Mark the relevant contact regions and any controlled flatness or bow requirements. Include the measurement and acceptance basis where these features are critical to the intended mounting.
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Edges, Burr Criteria & Isolation
Identify critical edge conditions and clearances between circuit copper, holes and the metal base. State any burr or exposed-metal acceptance requirements in the drawing.
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Panels & Separation Features
Specify single-board or panel delivery, unit count, rails and the required separation method. Identify V-scoring, routed features or tabs for review with the chosen construction.
Identify Packing & Handling Requirements
Include any required support, surface protection, orientation or packing constraints for the delivered long boards. State whether the quantity refers to individual boards or delivery panels.
Release One Matching Mechanical Definition
Keep the profile, drill data and dimensional drawing consistent with the circuit artwork. Follow the manufacturing file requirements and identify changes before production release.
Defined Acceptance & Revision-Controlled Builds
Bare-Board Inspection & Production Release
Connect the inspection scope to the released grow-light board specification. Identify critical features, electrical acceptance and requested records before the manufacturing package is approved.
01 / Physical Acceptance
Visual & Dimensional Features
Identify the finished dimensions, hole locations and surface features that require inspection. For long boards, include any controlled flatness, contact-area or edge requirements from the drawing.
Acceptance Reference Released profile, dimensional tolerances, mask openings, markings and specified finish or edge criteria.
02 / Circuit Acceptance
Bare-Board Electrical Requirements
Define intended connections and isolated nets from the released circuit data. Identify any specified relationship between electrical pads, thermal regions and the metal base.
Acceptance Reference Circuit data, agreed electrical reference and the drawing-defined connection or isolation requirements.
03 / Additional Verification
Specified Tests & Records
Request insulation verification, critical measurement results or supporting records with a defined scope. Include the method and acceptance limits for review during quotation.
Acceptance Reference Test locations, conditions, coverage and reporting requirements agreed for the specific order.
Carry the Approved Build into Production
Keep the design revision, construction and acceptance requirements linked as the project moves from initial boards to repeat orders.
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01 / Prototype Baseline
Define the Initial Release
Submit one matching file package with the construction, quantity and critical evaluation features. Identify unresolved requirements before the build is released.
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02 / Revision Approval
Record Approved Changes
Incorporate approved profile, circuit or material changes into an updated revision. Keep the artwork, drawing, drill data and acceptance notes consistent.
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03 / Repeat Order
Identify the Production Specification
Reference the approved build, order quantity and required delivery format. Review proposed substitutions or specification changes before the next release.
Request Documentation with the Inquiry
State any required material identification, measurement reports or test records alongside the fabrication file package . Confirm the scope and delivery format in the order.
Keep Bare-Board and Product Validation Separate
This scope concerns the fabricated PCB. LED light-up, spectrum, optical output and complete grow-light performance belong to the populated-board or finished-product evaluation.
Grow-Light Bare-Board Files & Order Details
Request a Grow Light PCB Quote
Send your board design, construction requirements and order details for review. Identify any open material, mounting or insulation questions in the inquiry.
Maximum board-length capability. Include the material, width, thickness and critical mechanical requirements for your specific long-board build.
Prepare the Fabrication Package
- Gerber or agreed fabrication data, drill files and finished board outline.
- Construction drawing, material, thickness and circuit copper requirements.
- Mounting references, critical hole positions and specified flatness or edge criteria.
- Mask, finish, thermal-region and electrical insulation requirements where applicable.
- Finished-board quantity, delivery format, requested date and any required inspection records.
Follow the PCB manufacturing file requirements and keep all files on one matching revision.
Prefer to Send Your Files Directly?
sales@pcbelec.comPrepare Your Fabrication Inquiry
Organize the main requirements, review the generated email text and open a draft in your email application.
If no email application opens, select and copy the text into your preferred email service. Add the fabrication files before sending to sales@pcbelec.com.
Board Length, Construction & Fabrication Inquiries
LED Grow Light PCB FAQ
Answers to common questions about long-board fabrication, material requirements and preparing a horticultural lighting PCB inquiry.
Can PCBELEC manufacture grow-light PCBs up to 1,500 mm long?
Yes. PCBELEC can fabricate boards up to 1,500 mm long. Include the required material, width, thickness, mounting features and any controlled flatness or delivery requirements for review with the actual build.
What files should I send for a grow-light PCB quote?
Send fabrication artwork, drill data, the finished outline and construction requirements on one matching revision. Include quantity, material, copper, finish and critical mounting or insulation requirements. Review the PCB manufacturing file requirements before preparing the package.
Should I choose aluminum IMS, copper-base or FR-4?
Define the circuit, insulation, thermal regions and mounting requirements first. Select the complete construction rather than using a fixture wattage or crop type alone. See the substrate and construction selection section and identify any material decisions that remain open.
Does a higher dielectric conductivity guarantee a specific PPFD or LED temperature?
No. A dielectric material property is not a complete lighting-system performance rating. Specify the grade, thickness and relevant test basis together with the board construction. PPFD, LED temperature and finished-product performance require application-level evaluation.
Can I specify white solder mask or environmental requirements?
Include the required mask color or material specification, coverage and openings. For controlled reflectance, appearance or aging requirements, provide the evaluation conditions and acceptance criteria for review. Identify humidity, condensation or chemical exposure conditions relevant to the specification.
Do not treat a white solder mask as a complete corrosion-protection or luminaire environmental protection system.
How should I define mounting, flatness and panel delivery?
Dimension the outline and mounting features from clear datums. State any controlled flatness, contact-area and edge criteria with their acceptance basis. Identify single-board or panel delivery, boards per panel and separation requirements. See the long-bar and panel DFM section for the required inputs.
How do I request insulation verification and inspection records?
Identify the regions to be checked, the method, test conditions and acceptance limits. Include the required coverage and report format in the inquiry so the scope can be agreed before release. Review the bare-board inspection and production release section for the specification and record requirements.
Can a prototype order continue into production?
Submit the quantity and approved revision for each stage. Carry forward the agreed material, construction, delivery format and acceptance requirements, and clearly identify changes before the next release. Include the requested delivery date for confirmation in the quotation.
Where should I request component assembly or populated grow-light boards?
This PCBELEC page focuses on bare PCB fabrication. For component assembly and populated LED boards, visit LED PCB Assembly at JHYPCB. Submit assembly-specific files and project requirements through that service.
Prepare the board files, construction requirements and quantity for a project-specific inquiry.
Prepare a Grow Light PCB RFQRelated Manufacturing & Release References
Grow Light PCB Resources
Explore the related fabrication services and specification references without losing the project-specific requirements of your grow-light board.