| Customization: | Available |
|---|---|
| Type: | Rigid Circuit Board |
| Dielectric: | FR-4 |
|
Still deciding? Get samples of US$ 20/Piece
Order Sample
|
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
| Payment methods: |
|
|---|---|
| Support payment in USD |
| Secure payments: | Every payment you make at Made-in-china.com is protected by the platform. |
|---|
| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
|---|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
At Finest Printed Circuit Board Limited, we specialize in creating high-performance PCBs and PCBAs tailored to the needs of modern electronics. Our comprehensive manufacturing services cover complex components like solar chargers, RGB LED controllers, and multilayer inverters. We understand the pain points faced by our clients, particularly when it comes to integrating energy efficiency, durability, and multifunctionality in a single solution. Through our meticulous design and advanced production capabilities, we deliver robust solutions that surpass industry standards.
When it comes to solar charging systems, one of the primary concerns is efficient energy capture, conversion, and storage. We offer solar charger circuit boards that are specifically designed to manage power fluctuations while ensuring maximum energy efficiency.
Energy Optimization: Our solar charger PCBs are designed to handle various energy inputs, ensuring efficient conversion from solar power to usable energy. This design helps reduce energy waste, allowing your solar devices to perform optimally even in fluctuating light conditions.
Durable and Weather-Resistant: Built to withstand harsh environmental conditions, including extreme temperatures and moisture, our solar charger circuit boards ensure long-lasting performance for outdoor applications.
Advanced Battery Management: Integrated battery management systems (BMS) within the PCBs offer intelligent control, preventing overcharging and maximizing the lifespan of the connected batteries, whether they are lithium-ion, lead-acid, or other types.
The design of RGB LED controller circuit boards is critical in creating vivid, customizable lighting effects. Whether for residential, commercial, or industrial use, our SMT-printed RGB LED PCBs ensure precise color control and energy-efficient performance.
Seamless Color Management: Our RGB LED controller boards offer accurate and consistent color rendering, allowing for seamless transitions and customizable lighting effects across a wide range of applications. With precision control, the RGB LEDs can be adjusted to create stunning, dynamic visuals.
Efficient Heat Dissipation: LED controllers are prone to heat buildup, which can reduce performance over time. Our PCB designs include thermal management features that dissipate heat efficiently, ensuring consistent brightness and a longer lifespan for the LEDs.
Compact Design for Integration: Designed with space optimization in mind, our SMT-printed RGB LED controller PCBs are compact and easy to integrate into various lighting systems, providing maximum flexibility without compromising performance.
For industries requiring AC inverters, efficiency, power stability, and multi-functionality are key. Our multilayer inverter AC PCBs are engineered to provide smooth power conversion, ensuring optimal energy use and minimizing losses during operation.
Stable Power Conversion: Our inverter AC PCBs ensure stable energy conversion from DC to AC, suitable for a range of applications from home electronics to large industrial systems. By providing a steady output, our boards help maintain the reliability of your energy system.
Multilayer Efficiency: With multilayered designs, we ensure that the circuit boards can handle more complex functionalities without increasing the size of the board. This is essential for high-performance applications where power management, data transmission, and efficiency must work in unison.
Enhanced Reliability: Our inverter PCBs are manufactured to meet stringent quality standards, reducing the chances of failure and enhancing system longevity. Components are carefully selected to perform in high-stress environments, ensuring consistent and reliable operation over time.
Our customers often seek fast turnaround times, cost-efficient solutions, and high-quality performance, particularly when dealing with complex, multifunctional PCBs. At Finest Printed Circuit Board Limited, we address these concerns by offering comprehensive manufacturing services and flexible design options.
High Precision SMT Assembly: Utilizing advanced surface-mount technology (SMT) assembly, we ensure that each component is placed with precision, reducing potential issues and ensuring the highest level of functionality and durability.
Prototyping and Customization: Before moving to full production, we offer a thorough prototyping process. This allows our clients to evaluate their designs and request any modifications, ensuring the final product meets exact specifications.
Competitive Pricing and Volume Production: Whether you need a small batch or a large-scale production run, we offer competitive pricing without compromising on quality. Our flexible manufacturing capabilities ensure that we can meet the specific needs of every client, from startups to established corporations.
Our customers often express concerns about the quality of materials, reliability of manufacturing processes, and the efficiency of project timelines. At Finest Printed Circuit Board Limited, we focus on addressing these pain points to deliver the best possible solutions.
Stringent Quality Control: Every board we manufacture undergoes rigorous quality testing to ensure that it meets both industry standards and client expectations. Our quality assurance process minimizes errors, ensuring that each product is ready for integration and deployment upon delivery.
Rapid Lead Times: Time is crucial, and we are committed to delivering on schedule. Our streamlined manufacturing process ensures quick turnaround times without sacrificing product integrity, making us a reliable partner for businesses with tight timelines.
Flexible Design Capabilities: Every project has unique demands. We work closely with our clients to provide custom design solutions that meet specific application needs, whether it's for solar chargers, LED controllers, or AC inverters.
At Finest Printed Circuit Board Limited, we understand that quality and efficiency are non-negotiable when it comes to PCB and PCBA solutions. Our solar charger, SMT-printed RGB LED controller, and multilayer inverter AC PCB manufacturing services are designed to meet your exact needs. From small-scale projects to large production runs, we provide the expertise and support you require.
Get in touch with us today to request a custom quote, and let's discuss how we can help bring your next project to life with precision-engineered PCBs.
|
PCBA Technical Capability
|
|
|
1. Assembly Type::
|
FR4, FPC, Rigid-flex PCB, Metal base PCB.
|
|
2. Assembly Specification:
|
Min size L50*W50mm; Max size: L510*460mm
|
|
3. Assembly thickness:
|
Min thickness: 0.2mm; Max thickness: 3.0mm
|
|
4. Components Specification
|
|
|
Components DIP:
|
01005Chip/0.35 Pitch BGA
|
|
Minimum device accuracy:
|
+/-0.04mm
|
|
Minimum footprint distance:
|
0.3mm
|
|
5. File format:
|
BOM list; PCB Gerber file:
|
|
6. Test
|
|
|
IQC:
|
Incoming inspection
|
|
IPQC:
|
Production inspection; first ICR test
|
|
Visual QC:
|
Regularly quality inspection
|
|
SPI test :
|
Automatic solder paste optical inspection
|
|
AOI:
|
SMD component welding detection, components shortage & component polarity detection
|
|
X-Ravd:
|
BGA test; QFN and other precision devices hidden PAD device inspection
|
|
Function test:
|
Test function and performance according to the customer's test procedures and steps
|
|
7. Reworking:
|
BGA rework equipment
|
|
8. Delivery Time
|
|
|
Normal delivery time:
|
24 hours( fastest 12 hours quick-turn)
|
|
Small production:
|
72 hours( fastest 24 hours quick-turn)
|
|
Medium production:
|
5 working days.
|
|
9. Capacity:
|
SMT assembly 5 million points/day; plug-in & welding 300,000 points/day; 50-100 items/day
|
|
10. Components Service
|
|
|
A full set of substitute materials:
|
Have experience in component procurement sourcing, and management systems, and provide cost-effective services for OEM projects
|
|
Only SMT:
|
Do SMT and backhand welding according to components PCB boards provided by customers.
|
|
Components purchasing:
|
Customers provide core components, and we provide component sourcing services.
|
|
PCB Specification:
|
|||||
|
PCB layers:
|
1-24layers
|
||||
|
PCB materials:
|
CEM1, CEM3, Rogers, FR-4, High Tg FR-4, Aluminum Base, Halogen Free
|
||||
|
PCB max. board size:
|
620*1100mm (Custom)
|
||||
|
PCB certificate:
|
RoHS Directive-Compliant
|
||||
|
PCB Thickness:
|
1.6 ±0.1mm
|
||||
|
Layer Copper Thickness:
|
0.5-5oz
|
||||
|
Inner Layer Copper Thickness:
|
0.5-4oz
|
||||
|
PCB max. board thickness:
|
6.0mm
|
||||
|
Minimum Hole Size:
|
0.20mm
|
||||
|
Minimum Line Width/Space:
|
3/3mil
|
||||
|
Min. S/M Pitch:
|
0.1mm(4mil)
|
||||
|
Plate Thickness and Aperture Ratio :
|
30:1
|
||||
|
Minimum Hole Copper:
|
20µm
|
||||
|
Hole Dia. Tolerance(PTH):
|
±0.075mm(3mil)
|
||||
|
Hole dia. Tolerance(NPTH):
|
±0.05mm (2mil)
|
||||
|
Hole Position Deviation:
|
±0.05mm (2mil)
|
||||
|
Outline Tolerance:
|
±0.05mm (2mil)
|
||||
|
PCB solder mask:
|
Black, white, yellow
|
||||
|
PCB surface finished:
|
HASL Lead-free, Immersion ENIG, Chem Tin, Flash Gold, OSP, Gold finger, Peelable, Immersion Silver
|
||||
|
Legend:
|
White
|
||||
|
E-test:
|
100% AOI, X-ray, Flying probe test.
|
||||
|
Outline:
|
Rout and Score/V-cut
|
||||
|
Inspection Standard:
|
IPC-A-610CCLASSII
|
||||
|
Certificates:
|
UL (E503048),ISO9001/ISO14001/IATF16949
|
||||
|
Outgoing Reports:
|
Final Inspection, E-test, Solderability Test, Micro Section, and More
|
||||
){kind=link}