Prototype & Production
Plan early builds and later production requirements through one documented technical path.
PCB Manufacturing
Advanced PCB Manufacturing Services
Move from fabrication files to finished bare boards with project-specific engineering review, material and stackup confirmation, controlled production processes, and verification aligned with your requirements.
Prototype to ProductionMultilayer & HDISpecialty MaterialsEngineering Review
Manufacturing Overview
A manufacturing route built around your design requirements.
PCB sourcing decisions depend on more than board type. Material behavior, stackup, copper distribution, hole structure, surface finish and inspection scope must work together. GlobalWin reviews these inputs as one manufacturing package before production release.
Use this page to identify the right PCB category, prepare the required files and move into a detailed engineering review.
DFM Review
Identify file, stackup, spacing and process risks before the board enters fabrication.
Material Alignment
Confirm the substrate and finish against electrical, thermal and assembly needs.
Verification Scope
Define inspection, electrical test and reporting requirements for the specific project.
PCB Types
Find the manufacturing path that matches the board.
Each category leads to a focused page for materials, structures, design checks and RFQ requirements.
Multilayer PCB
Stackup planning, lamination, impedance and interlayer registration for complex rigid boards.
StackupImpedance
Explore capability
HDI PCB
Microvias, blind and buried vias, via-in-pad and dense interconnect structures.
MicroviaFine Features
Explore capability
Heavy Copper PCB
Copper distribution, etching allowances and thermal paths for high-current designs.
High CurrentThermal
Explore capability
High-Frequency PCB
Low-loss materials, controlled impedance and hybrid construction for RF and microwave designs.
Low LossRF
Explore capability
Flexible PCB
Polyimide circuits with coverlay, stiffeners and bend-area considerations.
PolyimideBend Area
Explore capability
Rigid-Flex PCB
Rigid and flexible sections coordinated through one stackup and transition design.
TransitionStackup
Explore capability
Metal-Core PCB
Aluminum or copper-base constructions designed around insulation and thermal transfer.
Metal BaseHeat Path
Explore capability
PCB Prototype
Fabrication support for engineering validation before the design moves toward production.
ValidationDFM
Explore capabilityManufacturing Capability
Review your PCB requirements before fabrication.
Review the board construction, materials and inspection requirements together with your complete design files.
| Capability group | Items covered | Engineering review inputs |
|---|---|---|
| Board construction | Layer count, board thickness, panel size, rigid, flex and rigid-flex structures | Share the construction details and manufacturing requirements for engineering review. |
| Conductor features | Copper weight, minimum trace and spacing, controlled impedance and copper distribution | Share the construction details and manufacturing requirements for engineering review. |
| Drilling and via | Mechanical holes, laser microvias, blind and buried vias, via-in-pad and backdrilling | Share the construction details and manufacturing requirements for engineering review. |
| Materials | FR-4, high-Tg, RF and low-loss laminates, flexible, metal-core and ceramic materials | Specify the laminate family, grade and any acceptable alternatives for review. |
| Surface finishes | Lead-free HASL, ENIG, hard gold, ENEPIG, OSP, immersion tin and immersion silver | Specify the required finish and any assembly or application restrictions. |
| Inspection and test | AOI, electrical test, flying probe, X-Ray where applicable, visual and dimensional inspection | Define the test coverage, acceptance criteria and reports required for your project. |
Manufacturability, materials and inspection requirements are reviewed against the complete design and agreed project scope.
Materials & Surface Finishes
Select materials as part of the complete construction.
Availability and suitability depend on the approved material list, stackup, finished thickness, copper and assembly process.
Material families for review
Use performance requirements and preferred laminate references to begin engineering review.
- Standard and high-Tg FR-4
- Rogers laminates
- Taconic laminates
- PTFE / Teflon materials
- Arlon materials
- Nelco materials
- Megtron materials
- Isola materials
- Polyimide flex materials
- Metal-core and ceramic families
Surface finishes for review
Finish selection should account for assembly, flatness, contact wear, storage and signal requirements.
- Lead-Free HASL
- ENIG
- Hard Gold
- ENEPIG
- OSP
- Immersion Tin
- Immersion Silver
- Project-specific finish review
Prototype to Production
Keep the design intent visible through every release.
Prototype learning, approved changes and production requirements should remain connected through documented review.
RFQ & Files
Collect fabrication data, drawings, quantities and critical technical requirements.
Engineering Review
Review manufacturability, stackup, material, via and impedance requirements.
Prototype Build
Fabricate the agreed prototype configuration for technical evaluation.
Verification
Complete the defined inspection and electrical-test scope for the build.
Sample Review
Record approval, observations and any controlled design updates.
Production Release
Release the confirmed data set and production-specific requirements.
Final Inspection
Check the completed lot against the agreed documentation and test scope.
Delivery Package
Prepare the finished boards and agreed project records for shipment.
Manufacturing Process
A controlled path from material preparation to final inspection.
The exact route varies with the board construction. These stages provide a clear overview without replacing the project traveler or approved process documentation.
Material Preparation
Inner-Layer Imaging
Etching
Inner-Layer AOI
Lamination
Drilling
Copper Plating
Solder Mask
Surface Finish
Profiling
Electrical Test
Final Inspection
Quality, Equipment & Facility
Align inspection and testing with your board requirements.
Discuss inspection methods, test coverage and reporting requirements for your PCB project.
- DFM and file reviewCheck construction and documentation before production release.
- In-process inspectionApply inspection at the stages defined by the manufacturing route.
- AOIReview patterned layers for relevant visual defects.
- Electrical testingConfirm the project-specific continuity and isolation test scope.
- Final inspectionReview dimensions, workmanship and agreed documentation before shipment.
FAQ
Before requesting a PCB quote.
These answers define the information needed for review without promising a price or turnaround before the files are checked.
What files are required for a PCB quotation?
Provide Gerber or ODB++ fabrication data, NC drill files, a board outline and available drawings. Include quantities, material, thickness, copper weight, surface finish, impedance and test requirements where applicable.
What information is needed for an HDI PCB?
Include the complete stackup, microvia and blind/buried-via definitions, sequential build-up intent, via-in-pad requirements and any controlled-impedance structures.
How should controlled impedance be specified?
Identify each impedance target, tolerance, referenced layers and trace structures. Share the proposed stackup when available so material and geometry can be reviewed together.
Which PCB materials are available?
The page groups common FR-4, high-Tg, RF, flexible, metal-core and ceramic material families. Exact grades and availability must be confirmed against the approved material list for the project.
Which surface finish should be selected?
The choice depends on assembly, flatness, contact wear, storage, wire bonding and signal requirements. Share the end-use conditions so the options can be reviewed.
Can prototype and production requirements be reviewed together?
Yes. Providing both quantity stages and the intended production requirements helps keep prototype decisions aligned with later releases, subject to project review.
What testing options are available?
Testing is confirmed for each project. The review should define electrical-test coverage, inspection stages, reporting needs and any additional verification required by the customer.
How are special materials and complex stackups evaluated?
Engineering review considers the laminate, copper, finished thickness, lamination route, hole structure, impedance and mechanical requirements as one construction.
Start your project
Request a Quote Let’s review your next build.
Share your fabrication files, quantity and assembly requirements.