Quick Turn Assembly
Quality Assurance
MOQ Requirements
24 Hours Service
ONE COORDINATED WORKFLOW
Core Manufacturing Services
GreatPCB supports two connected manufacturing scopes: bare PCB fabrication and complete PCB assembly. Each project is reviewed against its design data, material requirements, component availability, assembly process and test expectations.
Bare board fabrication
PCB Manufacturing Services
Fabricate rigid, multilayer, HDI, flexible, rigid-flex, high-frequency, heavy-copper and metal-core PCBs. Engineering review can address stackup, materials, via structures, routing density, impedance, thermal requirements, surface finish and electrical test needs.
Assembly through final verification
PCB Assembly Services
Coordinate component sourcing, SMT, THT and mixed-technology assembly with BGA placement, IC programming, conformal coating, inspection, functional testing and box-build requirements defined for the project.
PCB & PCBA Manufacturer
Founded in 2002 in Shenzhen, China, GreatPCB provides one-stop PCB fabrication and PCBA manufacturing services for global customers. With over 20 years of manufacturing experience, we operate PCB and PCBA production facilities supporting projects from prototype to volume production.Our capabilities include PCB manufacturing, component sourcing, SMT assembly, IC programming, conformal coating, functional testing, and aging testing.
A CONTROLLED MANUFACTURING PATH
From PCB Prototype to Mass Production
Move from engineering review to repeat production with approved materials, manufacturing data, assembly instructions, programming files and test requirements carried forward at each stage.
01
Engineering Review
Review Gerber, stackup, BOM, CPL, drawings, material constraints and test requirements. Clarify manufacturability, sourcing risks and the quotation scope before production.
02
Prototype Build
Confirm the board construction, approved parts, assembly documentation, inspection coverage and functional expectations on the first build.
03
Low- to Mid-Volume
Stabilize approved components and alternatives, work instructions, programming files, fixtures, inspection criteria and test procedures.
04
Mass Production
Use controlled production documentation, material traceability, agreed quality checkpoints and revision management for repeat builds.
BOARD TECHNOLOGY PATHS
Advanced PCB Capabilities
Select the PCB technology around routing density, electrical performance, mechanical constraints, current load and thermal requirements. Detailed layer counts, dimensions and process limits should remain on the relevant capability page.
ASSEMBLY THROUGH VERIFICATION
PCBA Assembly & Testing Capabilities
GreatPCB can coordinate component sourcing, SMT, THT and mixed-technology assembly with an inspection and test plan based on component packages, production stage and customer requirements. Programming files, test procedures and fixture requirements should be defined before production where applicable.
APPLICATION-DRIVEN MANUFACTURING
PCB Solutions by Industry
Application requirements influence material selection, stackup, component packages, inspection coverage and test planning. These industry pathways help buyers identify the manufacturing questions that should be resolved before quotation.
AUTO / 01
PCB and PCBA support for control, sensing, power and in-vehicle electronic systems, with project requirements defined around materials, traceability, inspection and test coverage.
MED / 02
Manufacturing support for medical electronics where documentation, traceability, component control and project-specific inspection or functional testing must be clearly defined.
IND / 03
PCB and PCBA manufacturing for automation, control, instrumentation and industrial equipment, including designs with power, thermal, connector and long-service requirements.
RF / 04
Material, stackup, impedance and assembly planning for communication hardware, RF circuits and other signal-integrity-sensitive designs.
CE / 05
PCB and assembly support for compact, connected and cost-sensitive products where component availability, board density and production repeatability matter.
UAV / 06
High-density PCB and assembly planning for compact, weight-conscious systems involving sensing, control, communication and power electronics.
EVIDENCE BEHIND THE CAPABILITY
Manufacturing & Quality Assurance
GreatPCB defines quality controls from project files and approved materials through PCB fabrication, assembly, inspection and final testing. The project control plan can include incoming verification, in-process checks, electrical testing, SPI, AOI, X-ray and functional testing according to board construction, component packages and customer requirements.
Incoming control
Review materials, components and order-specific requirements before production.
In-process inspection
Use process checks, SPI, AOI or X-ray where they match the build and package risks.
Project-specific testing
Define electrical and functional test coverage before the production run.
Production traceability
Align material, process, inspection and test records to the agreed quality plan.
EXISTING MANUFACTURING EXAMPLES
