PCBELEC · Bare PCB Fabrication
PCB Mass Production Services
High-Volume PCB Manufacturing for Your Next Production Run
Scale your bare PCB orders with PCBELEC’s 40,000 m² monthly fabrication capacity. From validated designs to repeat bulk orders, we review your manufacturing requirements, quote your production quantities, and confirm the fabrication schedule before production.
Send Gerber files, board specifications, order quantity, and your target delivery date.
- Monthly fabrication capacity
- 40,000 m²
- Manufacturing scope
- Bare PCBs
- Production support
- Prototype to Volume
PCB Mass Production at a Glance
PCBELEC provides high-volume bare PCB fabrication for validated designs and repeat production orders. Review manufacturing capabilities, compare PCB prices for your order quantities, and discuss a PCB schedule aligned with your delivery needs.
Bare PCB Manufacturing
Source multilayer, HDI, flexible, rigid-flex, heavy copper, and impedance-controlled PCBs. Match your design to the relevant material, stack-up, copper thickness, and fabrication requirements before placing a bulk order.
PCB Prices for Bulk Orders
Request project-specific PCB prices based on board size, layer count, materials, surface finish, testing, and quantity. Include alternative order quantities if you need to compare unit costs across different production volumes.
Your PCB Schedule
Share your target delivery date and shipment requirements. We review engineering questions, material availability, process complexity, and order quantity before confirming the production schedule. Fabrication time and shipping transit time are considered separately.
From Low Volume to Bulk
Not ready to release a full production order? Start with low-volume PCB production to validate your design and manufacturing requirements, then move to larger orders using the approved fabrication data and specifications.
For an accurate quotation, provide your Gerber and drill files, fabrication specifications, quantity, and target delivery date. See our PCB manufacturing file requirements before submitting your project.
PCB Mass Production Capabilities
Match your production design to PCBELEC’s fabrication capabilities. The summary below highlights key manufacturing ranges and the design conditions to confirm before releasing a bulk PCB order.
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| Manufacturing Item | Production Capability | Conditions and Order Notes |
|---|---|---|
| PCB constructions | Multilayer, HDI, backplane, heavy copper, flexible, and rigid-flex PCBs | Provide the required construction, stack-up, and any blind, buried, or controlled-depth features. |
| Layer count | 1–30 layers; above 30 layers subject to review | Batch designs above 24 layers require review of drill-to-conductor clearances and the proposed construction. |
| Board thickness | 0.3–5.0 mm | Final thickness availability also depends on stack-up, surface finish, and special processes. |
| Maximum finished copper | Outer layers: 8 oz; inner layers: 6 oz | Higher copper weights require engineering review. Trace width and spacing depend on copper thickness. |
| Inner-layer line / space | 3 / 3 mil at 18 µm or 35 µm copper | Thicker copper requires wider features. Specify inner-layer copper requirements in the stack-up. |
| Outer-layer line / space |
2.5 / 2.5 mil at 12 µm copper; 3 / 3 mil at 18 µm; 5 / 5 mil at 35 µm | These values are copper-dependent and are not a single minimum for every board construction. |
| Mechanical drilling | Minimum drill tool diameter: 0.15 mm | The listed 0.15 mm drilling condition applies to board thickness up to 1.4 mm. Finished hole requirements must be specified separately. |
| HDI build-up and laser holes | 1–3 HDI build-up stages; minimum laser hole: 4 mil | Laser drilling depends on dielectric and material compatibility. Do not apply this capability automatically to PTFE or ceramic-filled RF laminates. |
| Controlled impedance |
Below 50 Ω: ±5 Ω; 50 Ω and above: ±10% | ±8% for targets of 50 Ω and above is subject to review. Supply impedance targets and stack-up requirements. |
| Surface finishes | Lead-free HASL, ENIG, OSP, immersion silver, immersion tin, ENEPIG, and hard gold | Finish selection affects thickness windows, pad requirements, cost, and processing. |
Capability limits must be evaluated together, not combined independently into one design. We review the actual stack-up, copper weights, hole structures, materials, and surface finish before confirming manufacturability, PCB prices, and the production schedule.
Explore our PCB manufacturing capabilities or review controlled-impedance PCB manufacturing for additional requirements.
What Is PCB Mass Production?
PCB mass production is the fabrication of bare printed circuit boards in volume using an approved design and agreed manufacturing specifications. The focus shifts from evaluating a design to consistently reproducing it across production batches, with defined inspection requirements, pricing, and delivery schedules.
Design validation
PCB Prototyping
Choose prototyping when the design is still being checked and revisions may be needed before production release.
- Evaluate the proposed board construction.
- Check fit and electrical performance in your product.
- Resolve design changes before increasing quantity.
Pilot and limited builds
Low-Volume Production
Choose a smaller production run when you need pilot boards, limited quantities, or an intermediate step before a larger release.
- Support pilot builds and smaller product launches.
- Confirm manufacturing requirements with limited exposure.
- Prepare approved data for subsequent bulk orders.
Volume and repeat orders
PCB Mass Production
Choose mass production when the design is approved and your priority is supplying larger quantities or repeat orders to an agreed specification.
- Release the approved fabrication revision.
- Define batch inspection and acceptance requirements.
- Coordinate order quantities and production timing.
What should be confirmed before a bulk order?
Confirm the fabrication revision, stack-up, material, copper weights, surface finish, impedance targets, and inspection requirements. Include your order quantity and target delivery date so we can review PCB prices and the PCB schedule against the same approved requirements. Our pre-production engineering review helps resolve manufacturing questions before production release.
Why Choose PCBELEC for High-Volume PCB Production?
A bulk PCB order needs more than manufacturing capacity. PCBELEC connects engineering confirmation, fabrication requirements, inspection, pricing, and scheduling so your production order starts with clearly defined expectations.
Capacity for Volume Orders
With 40,000 m² of monthly bare PCB fabrication capacity, PCBELEC supports bulk orders and repeat production. Share both your immediate requirement and expected ongoing demand when discussing a project.
For your procurement team Discuss order size and recurring demand together, rather than treating each purchase in isolation.
Engineering Before Release
We review fabrication data, stack-up, materials, copper weights, hole structures, and special requirements. Manufacturing questions are addressed before the order is released for production.
For your engineering team Resolve manufacturing questions before they affect a larger production quantity.
Agreed Production Specifications
Establish the approved fabrication revision, material requirements, finish, tolerances, and acceptance criteria. Identify any changes when placing a repeat order, including revised files or replacement materials.
For repeat production Keep the required board specification clear across new orders and design revisions.
Defined Inspection Requirements
Align the order with the required bare-board inspection and testing, including AOI, electrical testing, and final inspection. Specify impedance verification, acceptance standards, and documentation needs where applicable.
For your quality team Agree on what must be checked and documented before production begins.
Comparable Bulk PCB Prices
Request pricing for your intended quantities using the same fabrication requirements. Include materials, finishes, testing, and special processes so different volume options can be compared on a consistent basis.
For cost evaluation Compare PCB prices without overlooking differences in scope or technical requirements.
Project-Specific Scheduling
We review material availability, engineering status, manufacturing complexity, and quantity before confirming the PCB schedule. Your target delivery date and shipping destination help define the required timing.
For delivery planning Distinguish fabrication completion from shipping transit and the required arrival date.
Learn more about our pre-production engineering , quality management , and PCB testing and inspection before submitting your next production order.
PCB Types Supported for Mass Production
Choose the fabrication service that matches your board construction. PCBELEC reviews each design against its material, stack-up, hole structures, copper requirements, and production quantity before confirming the manufacturing route.
Multilayer construction
Multilayer PCBs
Source multilayer bare boards for designs with multiple signal, power, and ground layers. Confirm the stack-up and material requirements before releasing the production revision.
Include with your inquiry Layer count, stack-up, finished thickness, copper weights, and impedance requirements.
High-density interconnect
HDI PCBs
Plan bulk fabrication for dense layouts using the specified microvias and blind or buried via structures. Review the build-up sequence and material compatibility before production.
Include with your inquiry HDI stack-up, via spans, microvia structure, fill requirements, and fine-line details.
Flexible circuits
Flexible PCBs
Source flexible bare circuits with the required layer construction, coverlay, and stiffeners. Identify the intended bend areas and whether the circuit will experience static or repeated flexing.
Include with your inquiry Flex stack-up, copper type, coverlay openings, stiffener details, and bending requirements.
Integrated rigid and flexible regions
Rigid-Flex PCBs
Manufacture boards combining rigid and flexible regions in one construction. Define the layer arrangement and transition areas so production review covers both regions together.
Include with your inquiry Rigid-flex stack-up, flex-layer count, bend zones, transition details, and thickness requirements.
Heavy copper construction
Heavy Copper PCBs
Source heavy copper bare boards for power and high-current designs. Review the required copper thickness together with conductor spacing, hole structures, and the proposed stack-up.
Include with your inquiry Finished copper by layer, trace and space details, plating requirements, and board thickness.
RF and specialty laminates
High-Frequency PCBs
Specify RF laminates or hybrid constructions for your high-frequency design. Material selection, drilling, bonding, and stack-up requirements are reviewed for the actual construction.
Include with your inquiry Laminate grade, dielectric thickness, approved substitutions, stack-up, and impedance targets.
Controlled impedance can be specified across suitable board constructions; it is not a separate board material. Provide target values, tolerances, and the relevant nets or layers. See our controlled-impedance PCB service for additional requirements.
From PCB Prototype to Mass Production
Moving to volume production starts with an approved design and clearly defined fabrication requirements. PCBELEC reviews the production data, resolves engineering questions, and confirms the order scope before releasing your bare PCBs for manufacturing.
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Submit the Production Data
Provide the intended production revision, Gerber and drill files, fabrication drawing, specifications, and order quantity. Identify any differences from your previously approved prototype.
Confirm at this stage The correct file revision and a complete set of manufacturing requirements.
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Resolve Engineering Questions
Review the stack-up, materials, copper weights, hole structures, impedance targets, surface finish, and panel requirements. Our pre-production engineering review addresses questions affecting fabrication.
Confirm at this stage Agreed technical requirements and customer approval of any proposed changes.
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Validate a Pilot Build if Needed
If the design, material, or construction has changed, discuss a prototype or pilot run before committing to a larger quantity. An additional build is not automatically required for every validated design.
Confirm at this stage Whether existing approval is sufficient or a new validation build is appropriate.
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Confirm Price and Production Timing
Finalize the quantity, inspection requirements, documentation, and delivery terms. We review PCB prices and the PCB schedule against the agreed specifications and material availability.
Confirm at this stage The quotation scope, production timing, and required delivery arrangements.
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Fabricate and Inspect the Boards
Release the approved order for bare PCB fabrication. Manufacturing and inspection follow the agreed construction and acceptance requirements, including the specified electrical and impedance checks.
Confirm at this stage Inspection and test results against the approved order requirements.
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Pack, Ship, and Prepare for Reorders
Complete final inspection and the agreed packaging and shipment arrangements. For a repeat order, reference the approved revision and clearly identify any changes to quantity, specifications, or delivery needs.
Confirm at this stage Shipment details and a clear specification reference for subsequent orders.
Quality Control for High-Volume PCB Fabrication
PCBELEC combines material checks, in-process inspection, electrical testing, and final inspection for bulk bare PCB orders. The inspection plan starts with the approved construction, acceptance criteria, and documentation requirements agreed before production.
01 / Incoming materials
Material Verification
Check incoming materials against the approved order requirements. Specified laminate grades, thicknesses, and any permitted substitutions should be clear before fabrication begins.
02 / During fabrication
Process and AOI Checks
Monitor fabrication stages and inspect circuit patterns using AOI at the applicable process steps. Optical inspection is part of the control plan, not a replacement for electrical testing.
03 / Electrical verification
Bare-Board Testing
Verify electrical connectivity against the approved design requirements. Controlled-impedance orders also require the specified impedance targets, tolerances, and verification arrangements.
04 / Before shipment
Final Inspection
Check the finished boards against the agreed appearance, dimensional, marking, and packaging requirements. Confirm the required shipment documents before dispatch.
Quality Requirements to Include in Your Order
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| Requirement | What to Specify | How It Applies to the Order |
|---|---|---|
| Acceptance criteria | Applicable standard, revision, acceptance class, and any customer-specific requirements. | Establish the criteria for evaluating the finished bare boards rather than relying on an unspecified “high quality” requirement. |
| Electrical testing | Connectivity requirements, reference data, and any specified test method or report. | Confirm the electrical test scope. Flying-probe or fixture-based testing should match the agreed project requirements. |
| Controlled impedance | Target values, tolerances, reference layers, relevant nets, and reporting requirements. | Distinguish impedance verification from open- and short-circuit testing. |
| Construction verification | Critical plating, stack-up, or other construction requirements and any required microsection evaluation or report details. | Identify the features to be assessed and agree on sampling and documentation. |
| Identification and records | Part number, revision, lot or date marking, and any required certificate or test records. | Align board identification and shipment documents with your incoming inspection process. |
| Packaging and delivery | Individual or panel delivery, labeling, packing requirements, and shipping destination. | Confirm how the inspected boards are prepared and identified for shipment. |
Explore PCBELEC’s quality management , PCB testing and inspection , and flying-probe testing for more information.
PCB Prices, Production Schedule, and MOQ
PCB prices and lead times depend on the actual board construction, quantity, and order requirements. PCBELEC supports orders from 1 piece and provides project-specific bulk quotations with a production schedule confirmed after engineering and material review.
Pricing your production run
Project-Specific PCB Prices
Send the same fabrication data with each quantity you want quoted. Compare unit prices together with tooling, testing, documentation, packaging, and shipping scope, rather than comparing a unit price alone.
Planning the required delivery
Your PCB Schedule
Share the date you need the boards to arrive, not only your preferred dispatch date. We review engineering status, material availability, process requirements, and quantity before confirming fabrication timing.
Flexible order entry
MOQ: 1 Piece
PCBELEC accepts bare PCB orders from 1 piece. A small initial order can support validation before a larger release; MOQ is not a fixed quantity threshold that defines every mass production project.
What Affects Bulk PCB Prices and Lead Time?
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| Order Factor | Pricing Consideration | Scheduling Consideration |
|---|---|---|
| Quantity and panelization | Unit cost depends on order volume, panel utilization, and how production setup costs are distributed. | Confirm total quantity, board or panel delivery, and any requested shipment split. |
| Layer count and stack-up | Materials, lamination cycles, and construction complexity affect the fabrication scope. | An approved stack-up helps resolve engineering questions before production release. |
| Laminate and material grade | Specified grades, dielectric thicknesses, and permitted substitutions affect material selection. | Material availability must be checked for the actual grade and thickness required. |
| Copper and fine features | Heavy copper, tight spacing, and demanding tolerances affect processing requirements. | Review feature combinations rather than assuming every individual capability limit can be combined. |
| HDI and special processes | Blind or buried vias, via filling, back drilling, and controlled-depth features add process steps. | The required manufacturing route and build-up sequence affect production planning. |
| Finish, testing, and documents | Surface finish, test fixtures, inspection scope, and required reports affect the quotation. | Define these requirements before release so they are included in the agreed production scope. |
| Delivery requirements | Freight, delivery terms, and any agreed expedited arrangements affect the total quoted cost. | Shipping destination and transit time must be considered against the required arrival date. |
Need to reduce cost or meet a specific delivery date? Identify which requirements are fixed and which alternatives may be reviewed. Material substitutions, panel changes, or revised specifications require your approval before use. See our PCB materials and manufacturing file requirements when preparing your inquiry.
Include Gerber files, specifications, quantities, and your required delivery date.
PCB Mass Production for Your Industry
PCBELEC manufactures bare PCBs for production projects across electronics markets. Share the application and operating requirements alongside your fabrication data so material, construction, inspection, and documentation needs can be reviewed together.
Industrial Control
Bare PCB production for control systems, automation equipment, motor controls, and industrial interfaces.
Specify for review Operating environment, laminate requirements, copper weights, critical tolerances, and expected repeat-order quantities.
Communication Equipment
Fabrication for networking hardware, communication modules, RF boards, and related electronic equipment.
Specify for review Approved laminate grades, stack-up, impedance targets, via structures, and any back-drilling requirements.
Consumer Electronics
Production boards for connected devices, compact electronic products, accessories, and consumer hardware.
Specify for review Board size, layer construction, fine-feature requirements, panel delivery format, and launch quantities.
Power and New Energy
Bare boards for power conversion, energy management, charging equipment, and related control electronics.
Specify for review Finished copper weights, material grade, insulation requirements, thermal design details, and applicable construction criteria.
Automotive Electronics
PCB fabrication for automotive electronic modules, interfaces, sensing, and control applications, subject to project-specific requirements.
Specify for review Customer approval requirements, operating conditions, acceptance criteria, material restrictions, and traceability documentation.
Medical Electronics
Bare PCB manufacturing for medical electronic equipment, monitoring hardware, and related control or interface boards.
Specify for review Approved construction, inspection criteria, material requirements, identification, and required manufacturing records.
Industry suitability is assessed against the actual project requirements. Bare PCB fabrication does not by itself establish certification or regulatory approval of the finished product. Include any mandatory supplier qualifications, customer approvals, or documentation requirements in your inquiry.
How to Request a Mass PCB Production Quote
Send your production files, manufacturing specifications, quantities, and target delivery date. PCBELEC reviews the requirements so your quotation and PCB schedule refer to the same defined fabrication scope.
What to Include in Your Inquiry
- Production files and revision
- Gerber and drill files, fabrication drawing, part number, and the revision intended for production.
- Board construction
- Layer count, stack-up, finished thickness, laminate grade, copper weights, and surface finish.
- Special manufacturing requirements
- Impedance targets, blind or buried vias, via filling, back drilling, gold fingers, or other specified features.
- Quantity and delivery format
- Individual board or panel quantity, panel drawing if applicable, alternative quantities to quote, and expected repeat demand.
- Inspection and documentation
- Acceptance criteria, test requirements, required reports, marking, and packaging instructions.
- Required arrival date and destination
- Your target delivery date, shipping destination, and any shipment or delivery-term requirements.
What Happens After You Submit
File and Requirement Review
We review the submitted data and identify missing information or manufacturing questions.
Engineering Clarification
We clarify construction, materials, tolerances, and special processes. Any proposed change requires your approval before use.
Quotation and Schedule
We provide PCB prices for the requested quantities and confirm the proposed fabrication timing against the reviewed requirements.
Order Confirmation and Release
After the commercial and engineering requirements are agreed, the approved order proceeds to production planning and release.
Check our PCB manufacturing file requirements and pre-production engineering process when preparing your project.
Reordering an approved board? Include the previous order reference and current revision, and clearly identify any changes to materials, specifications, quantity, or delivery.
Submit Your Mass PCB Production InquiryPCB Mass Production FAQs
Answers to common questions about bulk bare PCB orders, minimum quantities, pricing, production timing, and repeat manufacturing.
What is the minimum order quantity for PCB production?
PCBELEC accepts bare PCB orders from 1 piece. This minimum supports initial validation as well as larger production projects. Specify whether your quantity means individual boards or delivered panels, since panel configuration affects the quotation and delivery format.
How many boards count as PCB mass production?
There is no single quantity threshold used on this page to define every mass production project. The relevant factors include board size, construction, order quantity, and repeat demand. Share your immediate requirement and expected ongoing volume so PCBELEC can review an appropriate production approach.
What determines PCB prices for bulk orders?
PCB prices depend on quantity, board size and panelization, layer count, materials, copper weights, surface finish, hole structures, tolerances, testing, and delivery requirements. To compare volume options, request quotes for different quantities using the same approved fabrication specifications and clearly defined quotation scope.
How is the PCB schedule confirmed?
PCBELEC confirms the PCB schedule after reviewing engineering status, material availability, board complexity, quantity, and order requirements. Include your required arrival date and shipping destination. Confirm production start conditions, fabrication completion, and shipping transit separately rather than treating them as one guaranteed delivery period.
Do I need another prototype before placing a bulk order?
Not every validated design requires another prototype. PCBELEC reviews the submitted production data and any differences from the approved board. A new prototype or pilot run may be appropriate when the design, material, stack-up, or manufacturing requirements have changed and further validation is needed.
What files are needed for a mass PCB production quote?
Provide Gerber and drill files, the fabrication revision, board specifications, order quantity, and delivery requirements. Include the stack-up, material grade, copper weights, surface finish, impedance targets, special processes, and inspection or documentation requirements where applicable. Identify whether the requested quantity refers to boards or panels.
How is quality checked for high-volume bare PCB orders?
PCBELEC uses material checks, in-process inspection, AOI, electrical testing, and final inspection against the agreed order requirements. Controlled-impedance verification and required reports are defined for the applicable project. Specify acceptance criteria, testing scope, and documentation needs before production is released.
Can I reorder the same PCB for repeat production?
Yes. Reference the previous order and confirm the fabrication revision, quantity, and delivery requirements. Clearly identify any changes to files, materials, stack-up, copper weights, finish, or testing. Repeat orders are reviewed against current material availability and the requested production schedule.
Need a smaller initial build? Explore low-volume PCB production. For project-specific pricing and timing, submit your PCB inquiry.
Plan Your Next PCB Production Order
Review the manufacturing details you need, then send your production requirements to PCBELEC for a project-specific quotation.
PCBELEC · High-Volume Bare PCB Fabrication
Ready to Quote Your Next PCB Production Run?
Send your approved fabrication data, order quantities, and required delivery date. We will review your requirements and provide PCB prices and production timing for the defined manufacturing scope.
- Gerber and drill files
- Board specifications and revision
- Order quantities
- Required delivery date
For repeat orders, include the previous order reference and clearly identify any changes to the approved fabrication data or specifications.