Medical PCB Assembly Services
SugaMed provides custom medical PCB assembly and medical electronics assembly services from our manufacturing facility in Dongguan, China. We coordinate PCB fabrication, component sourcing, SMT and through-hole assembly, inspection, and board-level testing for medical electronics projects—from prototypes to repeat production.
Medical PCB assembly at SugaMed is carried out within an ISO 13485:2016-certified quality management system. Our Dongguan facility operates 15 SMT production lines, with manufacturing and inspection controls defined according to each project’s requirements.
- 15 SMT Production Lines
- 01005 Components
- 0.35 mm Pitch BGA
- ISO 13485:2016
Medical PCB Assembly Services
Medical device PCB assembly projects come with different board designs, bills of materials, manufacturing requirements, and acceptance criteria. Our medical PCB assembly services bring the main manufacturing activities into one coordinated project workflow, helping engineering and purchasing teams review requirements before a build begins.
PCB Fabrication and Material Planning
We coordinate the manufacture of rigid, flexible, rigid-flex, and HDI printed circuit boards, including multilayer structures and controlled-impedance requirements where specified. PCB stack-up, materials, surface finish, and panel considerations are reviewed alongside assembly needs.
SMT and Through-Hole Assembly
Our assembly capabilities cover double-sided SMT, fine-pitch IC packages, BGA and QFN components, through-hole parts, and mixed-technology assemblies. Manufacturing methods are selected based on the released design, component package types, and inspection requirements.
Prototype, Pilot, and Repeat Builds
We support engineering prototypes, pilot runs, low-volume orders, and repeat production. As a design develops, PCB revisions, approved components, inspection plans, and test requirements are reviewed for each released build.
Turnkey Sourcing and Testing
For turnkey medical PCBA projects, we manage component purchasing against the approved BOM and coordinate assembly with the required inspection, programming, and board-level testing. Exact test coverage is agreed during project review.
Why Choose SugaMed for Medical PCB Assembly?
An Established Manufacturing Operation
SugaMed is the medical electronics business of SUGA Electronics, a manufacturing group founded in 1991. Our Dongguan facility combines established electronics manufacturing capabilities with quality controls for medical PCB assembly projects.
Documented quality requirements
PCB and PCBA manufacturing activities are supported by the ISO 13485-certified quality management system. Applicable workmanship, traceability, inspection, and record requirements are defined for each project.
Fine-pitch assembly and inspection
Fifteen SMT lines equipped with Fuji and Yamaha placement systems support small components, densely populated boards, and BGA assemblies. Inspection options include 3D SPI, AOI, X-ray, and selected 3D Micro-CT applications.
Established component sourcing channels.
SugaMed works with long-standing suppliers and established distribution channels to help customers obtain competitive component pricing. As original manufacturers may require specific purchasing volumes and customer qualifications, sourcing options can vary across distributor levels. We evaluate available options based on component availability, order quantity, pricing, and lead time to support each project's procurement requirements.
Medical PCBA Manufacturing Capabilities
Our medical PCB assembly manufacturing capability supports compact sensor boards, densely populated control PCBAs, and mixed-technology assemblies used in different medical electronics applications. Project feasibility is confirmed against the actual layout, component selection, materials, panel size, and process requirements.
| Capability | SugaMed |
|---|---|
| SMT production lines | 15 in China |
| Placement equipment | Fuji & Yamaha |
| Smallest component | 01005 |
| Placement accuracy | ±0.035 mm |
| IC placement accuracy | ±0.025 mm |
| BGA pitch | Down to 0.35 mm |
| QFN pitch | Down to 0.35 mm |
| Connector pitch | Down to 0.4 mm |
| Reflow | 20+ heating zones |
| Temperature-control accuracy | ±1°C |
Double-sided SMT, mixed SMT/THT, flex PCBA, and rigid-flex PCBA are supported according to the released project configuration.
Fine-Pitch Components and BGA Assembly
Fine-pitch placement requires suitable stencil design, controlled solder paste deposition, placement accuracy, and reflow profiles. For BGAs, hidden solder joints need inspection methods beyond visual checks. SugaMed supports BGA pitch down to 0.35 mm and applies 100% X-ray inspection to BGA solder joints.
Flex and Rigid-Flex Assembly
Flexible sections can present handling, fixturing, and reflow challenges. For flex and rigid-flex PCB assembly, we review board support, component placement areas, panel stability, and assembly handling based on the approved construction.
Quality Management
Medical PCB assembly projects often require clear control of approved documents, components, manufacturing changes, inspection evidence, and production history. Suga Electronics (Dongguan) Company Limited holds ISO 13485:2016 certification, certificate MD 646563, valid through March 15, 2028. The listed scope covers design support, fabrication, and assembly of printed circuit boards for use in medical devices.
IPC Workmanship and Acceptance Criteria
Our default assembly acceptance level is IPC-A-610 Class 2, unless approved project documents specify otherwise. Class 3 requirements may be supported when reviewed and agreed for the project. Customers should define the applicable workmanship class, standard revision, and any product-specific acceptance criteria before production.
Traceability and Change Control
Depending on the agreed scope, manufacturing records may link PCB and component lots with released PCB/BOM revisions, assembly identifiers, inspection outcomes, and test results. Changes to components, manufacturing data, or test programs are reviewed and approved through the relevant project procedures before use.
Our manufacturing entity also lists FDA Establishment Registration / FEI 3043149893 as a contract manufacturer. Establishment registration does not indicate FDA approval of a specific PCBA or finished medical device.
Inspection and Testing
From solder paste printing to final inspection, key assembly stages are checked before the PCBA leaves the production line.
Solder Paste Printing
3D SPI
Component Placement
Reflow
3D AOI
First Article Inspection
X-Ray When Required
Board Unloading
Stage 1: Solder Paste Printing & SPI
Capability data
- Printing Accuracy: ±18 μm
- Minimum Component: 01005
- SPI: 3D Inspection
- Inspection Height: 0–450 μm
Stage 2: Component Placement & Reflow
Components are placed using automated SMT equipment and soldered through a controlled reflow process matched to the PCB and component mix.
Capability data
- Chip Placement Accuracy: ±0.035 mm
- IC Placement Accuracy: ±0.025 mm
- Component Range: 01005 to 55 × 55 mm
- Maximum Connector Size: 45 × 100 mm
- Reflow: 20 Heating Zones
- Temperature Control: ±1°C
Stage 3: AOI & First Article Inspection
3D AOI checks visible placement and soldering conditions after reflow. First article inspection provides an additional verification point for new or revised builds.
Capability data
- AOI Speed: Up to 140 Frames per Second
- Inspection: Multi-Angle Optical Inspection
- FAI Programming: Automated
- FAI Reports: Automatically Generated
Stage 4: X-Ray Inspection
X-ray inspection is used for BGAs, QFNs, and other packages with hidden solder joints when required by the component type or inspection plan.
Capability data
- X-Ray Source: 160 kV / 10 W
- Inspection Mode: 2D X-Ray and 3D Micro-CT
- Applications: BGA, QFN, and Hidden Solder Joints
- Inspection Coverage: Defined by Project Requirements
Medical Electronics Applications
We manufacture medical PCB assemblies for projects with different circuit functions, board geometries, and inspection needs. Typical applications include:
Patient monitoring
Sensor interfaces, signal processing, displays, wireless communication, and power-management assemblies used in patient monitors, blood pressure monitors, and pulse oximeters.
Therapeutic Device PCBAs
Assembly support for electronically controlled therapeutic equipment that may combine sensing, power management, pump or motor control, communication, and user-interface circuits within the same product.
Diagnostic Device PCBAs
PCB assembly for diagnostic and portable medical electronics where board size, battery operation, component density, connectors, and inspection requirements must be considered together.
From Prototype Build to Low-Volume Production
Medical electronics projects often require several builds before the design and manufacturing data become stable. This four-stage workflow connects project review, prototype assembly, first article verification, and low-volume production under controlled revisions and inspection requirements.
Project Review
Send your Gerber files, BOM, pick-and-place data, assembly drawings, target quantity, and inspection or testing requirements. We review the project package for missing information, assembly risks, component concerns, and manufacturing requirements before quotation and build planning.
Prototype Build
Prototype boards are assembled using the SMT, reflow, and inspection processes planned for later production. Initial assemblies can undergo first article review to confirm component placement, polarity, soldering conditions, and the released manufacturing data.
First Article and Changes
First article results and manufacturing feedback are reviewed before the next build. Approved changes to the PCB, BOM, components, drawings, or inspection requirements are incorporated into the current production package.
Low-Volume Production
Once the design and manufacturing data are stable, the project can move into pilot runs, recurring small-batch orders, or multi-model low-volume production using revision-controlled files and agreed production and inspection records.
Turnkey PCB fabrication and component sourcing can be included at any stage where required.
Frequently Asked Questions
What is a medical PCBA?
Medical PCB assembly is the process of mounting and soldering electronic components onto printed circuit boards used in medical devices and related healthcare electronics. Depending on the project, it may include SMT, through-hole assembly, BGA assembly, programming, inspection, and functional testing.
Compared with general PCB assembly, medical electronics projects often require clearer control of approved revisions, component traceability, inspection records, testing responsibilities, and acceptance criteria. Manufacturing may be performed within an ISO 13485-certified quality management system, while the applicable IPC-A-610 class and workmanship requirements should be defined for each project.
These assemblies may be used in patient monitoring, therapeutic, diagnostic, and portable medical electronics.
Does every medical PCB assembly require IPC Class 3?
No. The required IPC class depends on the intended use of the product, reliability requirements, risk assessment, and contractual requirements.
Some medical electronics may be assembled to IPC Class 2, while higher-reliability products may require Class 3. The required class should be stated in the approved project documentation.
Does ISO 13485 mean that a PCBA complies with IEC 60601?
No. ISO 13485 applies to the manufacturer’s quality management system. IEC 60601 applies to the safety and essential performance of complete medical electrical equipment.
An ISO 13485-controlled assembly process can support the medical device manufacturer’s quality requirements, but it does not independently demonstrate IEC 60601 compliance for the finished product.
What are your typical PCB assembly lead times?
Lead time depends on PCB complexity, order quantity, component availability, fabrication requirements, inspection scope, and testing needs. Production lead time normally begins after the manufacturing files have been approved and all required PCBs and components are ready.
- Prototype PCB Assembly: Simple assemblies typically require 5–7 business days. Complex builds involving fine-pitch components, BGAs, special materials, mixed assembly processes, or additional testing may require approximately 2–4 weeks.
- Low-Volume PCB Assembly: Typically 2–4 weeks after materials and approved manufacturing files are ready. Repeat orders may be completed sooner when components are available and the production process has already been established.
- Turnkey PCB Assembly: Typically 4–8 weeks, depending on PCB fabrication, component sourcing, and testing requirements. Long-lead or obsolete components may extend the schedule.
- Assembly-Only SMT Projects: Typically 7–15 business days after the PCBs, components, and approved files are ready.
- BGA Assembly: Usually follows the lead time of the main PCB assembly order. Additional time may be needed for BGA rework, detailed 3D CT inspection, or failure analysis.
These estimates refer to production at our Dongguan facility and do not include international shipping or customs clearance. Shipping time is quoted separately according to the destination, shipment size, and selected delivery method.
Can you review a project if some files are incomplete?
Yes. You can submit the files currently available for an initial review.
The review may identify missing, outdated, or conflicting information. Production should not be released until the required PCB data, BOM, placement data, drawings, revisions, and manufacturing instructions have been confirmed.
How are alternative components handled?
Alternative components are not introduced without customer review and approval.
When the specified part is unavailable, a possible replacement can be reviewed for electrical compatibility, package fit, lifecycle status, temperature range, availability, and potential impact on product verification.
What is required for functional testing?
Functional testing normally requires:
- An approved test procedure
- Defined pass-and-fail criteria
- Test fixtures and cables
- Required software or firmware
- Programming instructions
- A reference unit where applicable
- Instructions for recording and handling failures
Testing responsibilities and expected reports should be agreed during project review.
Can you take over a project from another PCB assembly supplier?
Yes, but the transferred manufacturing package should be reviewed before production resumes.
Useful information may include:
- Current PCB and BOM revisions
- Approved component substitutions
- Assembly drawings
- Programming files
- Test procedures and fixtures
- Previous manufacturing issues
- Inspection and production records
A first article build is generally advisable before recurring production begins with the new supplier.
What records can be provided with the order?
Available records depend on the agreed project scope.
They may include:
- Production batch information
- Material or component traceability records
- First article inspection records
- SPI, AOI, or X-ray results
- Electrical or functional test records
- Approved revision information
Required records should be confirmed before quotation so that the manufacturing and documentation plan can be prepared accordingly.
Ready to get started on your project?
Whether you’re evaluating us for a new project or transitioning from another supplier — the starting point is a direct conversation with our engineering team.
Discuss Your Project
Share your board complexity, volumes, and regulatory requirements. We'll give you a clear picture of what we can do and what the timeline looks like.
Schedule a Facility Visit
On-site visits to our Dongguan facility can be arranged — production floor access, quality system review, and time with engineering team leads.