Our Capabilities
We are a PCBA manufacturing service provider offering PCB design, prototyping, assembly, and box build solutions. With advanced equipment and strict quality control, we deliver high-quality, reliable, and efficient electronic manufacturing services to bring your ideas to life.
PCBA Assembly
PCBA Assembly mounts electronic components onto PCBs, ensuring precision, reliability, and high performance across various industries. Ensure high quality to customer.
- Layers: 1-42 layers
- PCB Thickness: 0.3MM-4MM
- PCB Size: L*w:50*50–510mm*460mm
PCB Design
PCB Design is the process of creating circuit layouts that connect electronic components efficiently and reliably. It ensures optimal performance, manufacturability, and product quality for various electronic applications
- Typically Tooling: 30 days
- Typically injection molding: 3 days
- 1 to 1M pcs
PCB Manufacturing
PCB Manufacturing is the process of producing printed circuit boards that connect and support electronic components. It ensures high precision, durability, and quality for reliable electronic products.
- Typical leading time 3 days.
- Typically +/- 0.15mm or +/-0.006 inch
- State-of-the-Art Technologies
Procurment
Procurement is the process of sourcing and purchasing high-quality electronic components and materials needed for production. It ensures cost efficiency, reliability, and on-time delivery throughout the manufacturing process.
- Tolerances as tight as ±0.2 mm
- Machined parts lead time 1 day
- Max Size: 1400x700x500mm
Box Building
Box Building is the final stage of assembly, integrating PCBs, wiring, and enclosures into a complete, ready-to-use product. It ensures seamless functionality, durability, and professional finishing.
- Wall Thickness 0.8 mm
- Machined parts lead time 4~5 day
- Minimum Possible Batch 1000 pcs
Prototype Assembly
Prototype Assembly is the process of building and testing initial PCB samples to validate design and functionality before mass production. It ensures accuracy, reliability, and faster product development.
- Tolerances as tight as ±0.05 mm
- Wall Thickness 1.5mm～2.5mm
- Quantitites 25 copies per mold
Capabilities Behind Numbers
How to Work With Us
“To begin, simply select a service and upload your .stp file.
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Our Goal
Delivered
Important
About Us
“We are Shenzhen Leadsin Technology Co.Ltd”
PCBase Technology Industry is a comprehensive EMS provider, offering complete end-to-end services—from PCB design and manufacturing to PCBA, product development, component sourcing, SMT/DIP assembly, and final testing.
With a team of experienced engineers and advanced manufacturing capabilities, we deliver reliable and high-quality PCB and PCBA solutions to clients around the world.
Serving industries such as automotive, medical, industrial control, communications, IoT, and consumer electronics, PCBase Technology Industry ensures exceptional quality, strict reliability, and cost-effective solutions for every project.
Application
Our PCBA products are trusted across diverse industries for their superior quality and dependable performance, making them an essential component for many enterprises.
IOT
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Medical
From diagnostic equipment to portable health monitors, our stable, high-reliability assemblies support safe, accurate, and consistent performance in critical healthcare applications.
Security
From access control and alarm systems to smart cameras and sensors, our boards deliver stable, high-performance operation to keep protection systems running around the clock.
Industrial
From automation controllers to power modules and sensor systems, our assemblies ensure stable, long-life performance for factory and field applications.
New Energy
We deliver durable, high-efficiency PCBAs for new energy products, including solar inverters, battery management systems, and EV-related electronics.
Communication
We provide high-performance PCBAs for communication systems, including routers, base stations, wireless modules, and networking equipment.
Blog
Providing you with new insights to help you improve your business
PCB Layout Planning Guidelines: Schematic Transition, Ground Tree and Ground Plane Design
Learn systematic PCB layout planning methods to avoid design rework before routing. Explore schematic-driven component placement, selection between ground tree and ground plane, differential signal routing, low/high frequency return current rules and key pre-layout design strategies for complex circuit boards.
High-Layer-Count PCB Manufacturing: Core Challenges and Key Process Control Guidelines
Discover the main difficulties in high-layer-count PCB manufacturing including interlayer alignment, inner layer circuit fabrication, lamination and drilling issues. Learn material selection, stack-up design, LDI exposure, lamination parameters and drilling process control for stable multilayer PCB production.
mSAP PCB: Technology Overview, AI Optical-Module Market Demand, Supply Chain and Future Trends
Understand mSAP PCB modified semi-additive process. Explore market growth driven by 1.6T/3.2T AI optical modules, supply bottlenecks, industry-chain beneficiaries and technical development outlook.