Your Expert BGA PCB Assembly Manufacturer
Ball grid array (BGA) PCBs use hidden solder balls instead of visible leads, making them ideal for compact, high-performance electronics. As a professional BGA PCB assembly manufacturer, we combine precision placement, advanced inspection, and expert rework to ensure strong, reliable connections.
Experienced BGA PCB Assembly Manufacturer
We deliver precision BGA PCB assembly services with advanced equipment, skilled technicians, and comprehensive testing capabilities. Our specialized processes ensure reliable connections and optimal performance for your most complex BGA-based circuit designs.
PCB Manufacturing Process
Our BGA PCB Assembly Capabilities
With specialized BGA placement equipment, advanced X-ray inspection systems, and dedicated rework stations, OurPCB provides comprehensive BGA assembly services that ensure precise alignment, reliable solder connections, and thorough verification.
- Precision pick and place machines
- Specialized BGA rework stations
- X-RAY inspection technology
- Automated Optical Inspection (AOI)
- ISO 9001, IATF 16949, and IPC-A-610 Class 2 & 3 certified
- Advanced soldering techniques
- Electrical continuity verification
- Functional performance testing
Why Choose OurPCB?
OurPCB combines advanced BGA PCB assembly technology with extensive technical expertise to deliver reliable, high-performance BGA-based circuit assemblies for demanding electronic applications.
- ISO 9001, IATF 16949, and IPC-A-610 Class 2 & 3 certified PCB assembly BGA factories
- X-RAY inspection systems for non-destructive verification
- Specialized equipment including advanced BGA rework stations
- Comprehensive quality control throughout the assembly process
- OurPCB uses premium equipment to manufacture insulated metal substrate PCBs
- Exceptional precision and consistency
- Every IMS board undergoes rigorous testing
- Automated optical inspection (AOI) and thermal analysis
- We design tailored solutions to meet unique project requirements
- OurPCB handles both multilayer and single-sided IMS boards
- Years of experience serving global industries
- OurPCB has a strong reputation as a trusted MCPCB manufacturer
Our BGA PCB Assembly Services
- Accurate component positioning
- Controlled reflow profiles
- BGA assembly for 2 to 12+ layer printed circuit boards
- Complex design implementation
- Quick turn prototype PCBs for easy iteration
- Simple scaling to full production PCB manufacturing
- Specialized component replacement
- Precision rework capabilities
- X-RAY solder joint verification
- AOI system visual checks
- Electrical continuity testing
- Functional performance validation
Millions of business and innovators use OurPCB
Our Technical Capabilities
OurPCB employs specialized BGA assembly techniques supported by advanced manufacturing equipment including precision pick and place machines, controlled reflow ovens, X-RAY inspection systems, and dedicated ball grid array rework stations to ensure quality and reliability across all BGA PCB fabrication and assembly projects.
Our Capabilities & Services
- Controlled reflow profiles tailored to leaded/lead-free BGA packages for consistent solder joint quality
- X-RAY inspection for complete solder joint verification
- Placement accuracy down to ±0.03 mm for fine-pitch BGA components
- Comprehensive PCB design review for manufacturability
Mon-Fri: 24 hours,
Sat: 9am-6pm, GMT+8
Reach us at
[email protected]
24 hours online
+86-199-30589219
Mon-Fri: 24 hours,
Sat: 9am-6pm, GMT+8
BGA PCB Assembly Manufacturer FAQs
What types of BGAs can you handle?
We can do plastic BGAs (PBGA), ceramic BGAs (CBGA), tape BGAs (TBGA), micro BGAs (μBGA), fine-pitch BGAs (FBGA), package-on-package (PoP) BGAs, and thermally enhanced BGAs for specialized applications.
How do you ensure quality in BGA assembly?
We implement a comprehensive quality assurance process to check for voids in solder joints, bridging between balls, defects, misalignment, and incomplete reflow. The process includes precision equipment setup, controlled reflow profiles, X-RAY inspection for solder joint verification, and electrical testing to ensure reliable connections and optimal performance.
Can you provide BGA rework services?
Yes, our facilities include specialized BGA rework stations operated by skilled technicians. We offer professional BGA replacement, reballing, and repair services for both prototype and production assemblies.
What board complexities can you support for BGA assembly?
We can support BGA assembly on boards ranging from simple 2-layer to complex multilayer designs (12+ layers), accommodating various substrate materials and board densities according to your specific requirements.
How do you verify BGA solder connections?
We use advanced X-RAY inspection systems that allow non-destructive verification of BGA solder joints, including checking for proper alignment, solder ball formation, and the absence of voids or bridges to ensure reliable electrical connections.
What is thermal profiling?
Thermal profiling is the process of measuring and controlling the temperature of a PCB during solder reflow. It helps make sure the board reaches the correct temperatures at the right times to form strong, reliable solder joints without damaging components.
How to design BGA PCBs for manufacturability?
Start by choosing a suitable ball pitch—larger pitches like 1.0 mm are easier to route and inspect than fine-pitch BGAs. Use non-solder mask defined (NSMD) pads to improve solder joint quality and avoid open vias under pads unless they’re filled and capped to prevent solder wicking.
Maintain proper trace width and spacing based on your manufacturer’s design rules, and plan your layer stackup to allow clean escape routing—using microvias for high-density layouts. Keep solder mask alignment tight, apply the right paste volume, and leave space for test points or JTAG access since BGA joints can’t be visually inspected.
What are your lead times for BGA PCBs?
Our lead times vary from 4 days for simple 2-layer PCBs to 25+ days for large, multi-layer designs. Your specific project’s lead time will be based on the complexity of your BGA PCB design and the volume of your order.
