Custom Six-Layer Fabrication · Prototypes to Production
6 Layer PCB
Manufacturing
Bring your next 6-layer board into production with PCBELEC. We combine custom stackups, material options and controlled-impedance fabrication with practical engineering support—from prototypes to repeat production orders.
- FR-4 and specialized material options for more demanding circuit requirements.
- Stackup, copper and interconnection support that moves the design toward manufacturing.
- Rigid-board fabrication, with flex and rigid-flex options for different product structures.
Send your fabrication files to sales@pcbelec.com
- Construction Support Custom 6-Layer Stackups
- Electrical Requirements Controlled Impedance
- Order Stages Prototypes to Production
Six Circuit Layers, One Coordinated Manufacturing Build
6 Layer PCB Stackup & Thickness Options
Turn the extra routing and plane layers into a practical board construction. PCBELEC helps coordinate materials, copper and dielectric choices with your electrical requirements and finished-board dimensions.
Rigid FR-4 Stackup Example
A Clear View of the Six-Layer Build
Already have a six-layer stackup? Include it with the fabrication files. Our team can review the manufacturing details and help prepare the next build.
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Custom Stackups for the Circuit
Coordinate the signal, power and reference-layer arrangement with a manufacturable material stack. We help work through layer order, copper and construction details before the design moves into production.
Practical stackup support for initial prototypes and later production releases.
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Finished Thickness That Fits the Product
Choose a common 1.6 mm rigid-board build or discuss options within the 0.8–3.2 mm range. Core, prepreg and copper are coordinated as part of the complete construction.
Finished-board thickness and individual dielectric thicknesses are identified separately in the stackup.
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Impedance & Material Support
Bring impedance targets together with laminate, dielectric and circuit geometry choices. Our engineering support helps connect the electrical requirements with fabrication and planned verification.
Clarify conductor requirements with our PCB copper thickness reference .
Need a Different 6-Layer Construction?
Rigid FR-4 is not the only route. We also support flexible and rigid-flex projects with construction details suited to the intended installation.
Flexible Multilayer Circuits
6-Layer Flex PCB Manufacturing
Bring more circuit layers into compact and shaped installations. We support flexible materials, coverlay, connection features and local stiffeners, with the construction reviewed around the installation and bend requirements.
Explore Flexible PCB ManufacturingIntegrated Rigid & Flexible Regions
6-Layer Rigid-Flex Manufacturing
Combine rigid circuit sections with flexible interconnections in one manufactured structure. Our team helps coordinate regional stackups, continuous flex layers and transition details for a practical fabrication route.
Explore Rigid-Flex PCB ManufacturingPrecision Fabrication for Your Six-Layer Build
6 Layer PCB Manufacturing Capabilities
Build with more than a standard layer count. PCBELEC combines material options, fine-feature fabrication, custom profiles and electrical verification to support your six-layer prototype or production order.
Swipe horizontally to view the complete capability table.
| Manufacturing Item | Rigid 6-Layer Capability | Project Support |
|---|---|---|
| Circuit construction | Six conductive copper layers with custom stackup options. | Engineering review for layer arrangement, materials and fabrication requirements. |
| Finished thickness |
0.8–3.2 mm. Common reference: 1.6 mm. | Thickness and dielectric construction coordinated with mechanical fit and electrical requirements. |
| Outer-layer copper | 0.5–4 oz/ft². | Conductor options for standard circuits and heavier-copper requirements. |
| Inner-layer copper | 0.5–2 oz/ft². | Inner conductors defined separately from outer copper in the manufacturing stackup. |
| Trace / space | Down to 3 / 3 mil. | Fine-feature fabrication matched to the selected material, copper and geometry. |
| Mechanical drilling | Minimum drill diameter reference: 0.20 mm. | Drilled features, plated connections and finished-hole requirements reviewed together. |
| Hole aspect ratio | Up to 10:1. | Hole geometry coordinated with board thickness and interconnection quality. |
| Board size | Up to 600 × 600 mm. | Custom outlines, mounting features and production-panel arrangements. |
| Material options | FR-4, high-Tg, selected high-speed and high-frequency laminates, and halogen-free options. | Material support for the circuit, stackup and intended manufacturing route. |
| Surface finishes | HASL, lead-free HASL, ENIG, OSP, immersion silver, immersion tin and ENEPIG. | Finish selection for exposed pads and downstream assembly requirements. |
| Solder mask | Green, black, white, blue, red, yellow and purple. | Mask openings, coverage and identification aligned with the artwork. |
| Electrical testing | 100% electrical testing by flying probe or fixture. | Circuit continuity and isolation checks before shipment. |
| Acceptance options | IPC Class 2 and project-specific Class 3 options. | Inspection scope and requested records agreed with the production requirements. |
Our team coordinates the material, copper, hole structure and board geometry as one build, then confirms the manufacturing details with your quotation.
Six-Layer Flexible Circuits
For flexible layouts, we work with construction-specific dielectric, coverlay and stiffener requirements rather than rigid-board thickness values. Explore our flexible PCB manufacturing service.
Six-Layer Rigid-Flex Builds
Regional stackups, continuous flex layers and transition details form part of the complete construction. Our rigid-flex PCB service supports these integrated board requirements.
Have a Six-Layer Design Ready?
Send the fabrication files, stackup and quantity. Let our team help turn the design into your next manufactured board.
More Manufacturing Options for Demanding Circuits
Materials, Impedance & Advanced 6-Layer Builds
Give your six-layer project the right manufacturing foundation. PCBELEC supports standard FR-4 builds and more specialized requirements with material choices, impedance verification and advanced interconnection options.
Versatile Multilayer Materials
FR-4 & High-Tg Options
Start with a practical FR-4 construction or choose a high-Tg material for the project's processing and thermal requirements. We help connect the selected grade with copper, dielectric and finished-board thickness.
FR-4 grade options include Tg 135, 150 and 170. Halogen-free material options can also be discussed with the build.
Specialized Electrical Requirements
High-Speed & RF Laminates
Bring lower-loss and RF material requirements into a coordinated fabrication plan. We support selected high-speed FR-4 and high-frequency laminate systems for projects where material performance matters.
Explore our high-frequency PCB manufacturing service for RF, microwave and specialized material projects.
Controlled Impedance with Verification Support
±5% / ±10% Impedance Tolerance OptionsKeep the impedance target connected to the actual board build. Our team coordinates stackup and circuit requirements with fabrication, test structures and TDR verification.
- Target Definition
- Specified impedance values, relevant layers and acceptance requirements identified with the project.
- Stackup Coordination
- Material, dielectric thickness and copper construction considered together with circuit geometry.
- Coupon & Test Planning
- Appropriate test structures and measurement requirements planned with the manufacturing package.
- TDR & Reporting
- Verification and requested test records aligned with the agreed order requirements.
Advanced Features for More Complex Layouts
When standard through-hole routing is not the whole answer, our team can help work through the interconnection and fabrication options.
HDI, Microvias & Blind/Buried Vias
Support higher-density layouts with construction-specific via structures. Laser drilling has a 0.10 mm hole-diameter reference, with build-up and lamination details coordinated through the HDI manufacturing route.
Explore HDI PCB ManufacturingVia-in-Pad & Project-Specific Features
Bring pad access, interconnection geometry and finished-surface requirements into the same manufacturing discussion. We support via-in-pad projects and help coordinate the processing details with the selected six-layer construction.
Discuss Your Advanced BuildPractical Engineering, Controlled Fabrication & Verification
6 Layer PCB Engineering, DFM & Quality
Move your six-layer design forward with a team that understands the manufacturing details behind it. We connect DFM, process control and board verification from the initial file review through final inspection.
From the Inner Layers Out
A Coordinated Six-Layer Manufacturing Process
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Engineering & Inner-Layer Fabrication
Review the files, prepare the materials and form the inner-layer circuits. Inspection supports circuit accuracy before lamination.
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Layer Registration & Lamination
Arrange the copper and dielectric materials into the approved construction, with alignment and processing controls throughout the lamination stage.
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Drilling, Plating & Outer Circuits
Create the specified hole and interconnection structures, then form the outer-layer circuits through the selected fabrication route.
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Surface Finish, Testing & Release
Complete mask, markings, finish and profiling. Electrical testing and final inspection check the finished board before packing and shipment.
Stackup & Impedance Review
Bring material, copper, dielectric and impedance requirements into one manufacturing conversation. Our team helps identify open questions before the build reaches production.
Review the six-layer stackup options and impedance and material support for the related fabrication choices.
Fine Features & Interconnection Planning
Keep trace geometry, copper thickness, holes and via structures connected to the production process. We review manufacturability across the circuit rather than treating each feature in isolation.
Support includes plated holes, advanced via requirements and the surrounding copper clearances.
Verification That Supports the Order
Electrical testing checks circuit continuity and isolation, with TDR verification for controlled- impedance requirements. Additional inspections and requested records are coordinated with the build.
Discuss cross-section analysis, critical measurements or other quality requirements during quotation.
One Matching Release
Artwork, drill data, stackup and drawing notes stay connected to the approved project revision.
Clear Acceptance Requirements
Inspection scope, critical dimensions and electrical requirements form part of the manufacturing baseline.
Repeat-Order Continuity
Approved specifications carry forward into later orders, with changes reviewed before the next production release.
Let Us Help Prepare the Next Build
Send your fabrication files and the requirements that matter. Our manufacturing file guide helps you prepare a matching package for review and quotation.
Plan the Build, Budget & Next Production Stage
6 Layer PCB Prototypes, Pricing & Lead Times
Get a practical route from the first six-layer boards to repeat production. PCBELEC supports the engineering, quotation and manufacturing details that help your project keep moving.
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01 / Prototype
Build the First Boards
Turn the design files into boards for engineering evaluation. Work through material, stackup and fabrication questions with our team before the initial manufacturing release.
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02 / Small Batch
Refine the Production Build
Continue with a pilot or small-batch order as the product develops. Approved changes move into a matching file package and manufacturing specification.
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03 / Production
Continue with Repeat Supply
Keep the agreed construction, quality and delivery requirements connected to later orders. Work with the same manufacturing partner as quantities and schedules develop.
A Quote for the Board You Actually Need
Six layers are only the starting point of a manufacturing quote. We review the construction and order details together to help find a workable balance between requirements, cost and delivery.
- Size, Quantity & Panels
- Finished dimensions, order volume, panel arrangement and delivery format.
- Material & Stackup
- Laminate selection, dielectric construction, finished thickness and material availability.
- Copper & Interconnections
- Copper weight, fine circuit features, hole structures, HDI and via-in-pad requirements.
- Finish & Verification
- Surface finish, impedance control, additional inspections and requested records.
Manufacturing Lead Time Options
Choose a regular production route or discuss expedited manufacturing when the project needs boards sooner.
Swipe horizontally to view all lead time options.
| Order Stage | Typical Manufacturing Time | Expedited Option | Manufacturing Support |
|---|---|---|---|
| Prototype | 5–7 business days. | As fast as 3 business days. | File review, stackup confirmation and initial-board fabrication. |
| Small batch | 7–12 business days. | As fast as 5 business days. | Approved revision, material coordination and batch manufacturing. |
| Medium / larger production | 12–20 business days. | Discuss with our team. | Production planning and repeat-order specification continuity. |
Manufacturing schedules are confirmed after the files, materials and order requirements are agreed. Expedited availability depends on the build. Transit time is separate from manufacturing.
Working Toward a Cost Target or Delivery Date?
Share the target with your board files. Our team can help work through the manufacturing options, with DFM and engineering support connected to the quotation.
Stackup, Fabrication & Ordering Questions
6 Layer PCB Manufacturing FAQ
Practical answers to help you prepare a six-layer build, compare manufacturing options and start your next prototype or production order.
What is a typical 6-layer PCB stackup?
One example is Signal–Ground–Signal–Power–Ground–Signal. Other layer arrangements are possible. PCBELEC supports custom stackups with the material, copper and dielectric construction coordinated around your project. See the six-layer stackup example for an illustrated manufacturing view.
What finished thicknesses can you manufacture?
For rigid six-layer boards, the thickness range is 0.8–3.2 mm, with 1.6 mm as a common reference. Core, prepreg and copper are coordinated as part of the complete construction. Flexible and rigid-flex builds use their own material and regional thickness definitions.
Can you manufacture controlled-impedance 6-layer PCBs?
Yes. We support controlled-impedance fabrication, with ±5% and ±10% tolerance options and TDR verification planned with the build. Share the targets and relevant circuit requirements so our team can coordinate the stackup, geometry and test requirements. Learn more about our impedance and advanced-build support .
What materials are available for a 6-layer board?
Options include standard and high-Tg FR-4, selected high-speed and high-frequency laminates, and halogen-free materials. We can work with an already selected grade or help discuss the manufacturing choices. For RF and microwave projects, explore our high-frequency PCB manufacturing service.
Do you support blind vias, buried vias and via-in-pad?
Yes. PCBELEC supports construction-specific advanced interconnection options, including blind and buried vias, microvias and via-in-pad projects. We help coordinate the via structure and processing details with the selected six-layer construction. See our HDI PCB manufacturing service for the related fabrication route.
Can you also manufacture 6-layer flex and rigid-flex PCBs?
Yes. Alongside rigid boards, we support six-layer flexible and rigid-flex projects. Flex builds include flexible dielectric, coverlay and any local reinforcement. Rigid-flex constructions also define rigid regions, flexible regions and transitions, with layer counts identified by region.
How long does a 6-layer PCB order take?
Typical manufacturing times are 5–7 business days for prototypes, 7–12 business days for small batches, and 12–20 business days for medium or larger production orders. Expedited options can be as fast as 3 business days for prototypes and 5 business days for small batches.
The schedule is confirmed for the actual build. Manufacturing time and transit time are separate. See the pricing and lead time section for the complete overview.
What affects the price of a 6-layer PCB?
The main factors include dimensions, quantity, material, copper, stackup, hole structures, finish and additional verification. Share your cost target or delivery requirement with the files so our team can discuss a practical manufacturing plan and quotation.
What files should I send for quotation and DFM review?
Send the fabrication artwork, drill data, finished outline and quantity. Include the stackup, material, copper, thickness and finish where already selected, together with impedance targets and special features. Our PCB manufacturing file guide helps you prepare a matching release package.
Can you support prototypes and repeat production?
Yes. We support initial prototypes, pilot builds and repeat production orders. Approved material, construction and inspection requirements are carried forward with the design revision, and changes are reviewed before the next release. Learn more about our engineering and quality support .
Where can I request component sourcing and PCB assembly?
This PCBELEC page handles bare-board manufacturing inquiries. For component sourcing and PCB assembly, continue to PCB assembly services at JHYPCB and discuss the requirements of your populated-board project through that service.
Your Next Six-Layer Build Starts with a Conversation
Request a 6 Layer PCB Manufacturing Quote
Bring your board files and project requirements to PCBELEC. From a first prototype to repeat production, our team can help work through the stackup, material and fabrication details.
What to Send
- Fabrication artwork, drill data and finished board outline.
- Stackup, material, copper and thickness details where selected.
- Impedance targets, via structures and special manufacturing features.
- Board quantity, delivery format and requested delivery date.
- Required test records or additional inspection requirements.
Prepare a matching release package with our PCB manufacturing file guide .
Still Comparing the Manufacturing Options?
Tell us what is already decided and where you need support. Our team can help clarify the material, stackup and production choices before release.
Prefer to Send Your Files Directly?
sales@pcbelec.comPrepare Your Six-Layer PCB Inquiry
Add the main project details below. Review the generated email text, then attach your files before sending.
If no email application opens, select and copy the text into your preferred email service. Add the fabrication files and send to sales@pcbelec.com.
Related Manufacturing & Project References
6 Layer PCB Resources
Explore related board services, specialized constructions and the references that help you prepare the next manufacturing build.