Metal Core PCB Capability

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ABOUT Metal Core PCB Capability

What is the Metal Core PCB(MCPCB)

A Metal Core PCB or simply MCPCB, is a type of printed circuit board that uses a metal substrate as the primary layer, rather than the traditional FR-4 or other dielectric material. The metal substrate provides improved thermal conductivity, making it well-suited for applications that generate significant heat, such as high-power LED lighting, power electronics, and other high-temperature applications.

The metal core of an MCPCB is typically made of aluminum, copper, or other metals that have high thermal conductivity. The metal core is sandwiched between layers of dielectric material and copper traces, which are etched onto the board to create the desired circuitry. The metal core acts as a heat sink, drawing heat away from the components on the board and dissipating it into the surrounding environment.

MCPCBs offer several advantages over traditional PCBs, including improved thermal performance, higher power density, and greater reliability. However, they are also more expensive to manufacture and may require specialise design and assembly techniques.

GOSON expertise in Printed Circuit Board (PCB) mounting, electronic product design.We offer a full range of PCB products and services to help take your PCB project from conceptual design to successful completion.

Please send your PCB files and BOM list to info@gosonxm.com to get a quotation.
We would like to be your partner and waiting for your message.

PCBA usually includes the following steps:

1. Preparation: The first step in the PCBA process is the preparation phase, which includes obtaining the circuit board design and the necessary electronic components.

2. Component Sourcing: Once the board design has been obtained, the required electronic components need to be acquired. These components can be obtained from a variety of sources including manufacturers, distributors and online marketplaces.

3. Circuit Board Manufacturing: In this step, a printed circuit board will be created. This is usually done through etching, which involves applying chemicals to the board to remove areas that are not covered with copper traces.

4. Component Placement: Once the board has been created, the next step is to place the electronic components onto the board. This is usually done by automated machines that can accurately place the components in the specified locations on the board.

5. Soldering: After the components are placed, the next step is to solder them to the board. This is usually done through reflow soldering, a process that involves heating the components and the board to make them bond together.

6. Testing: The final step in the PCBA process is to test the assembled boards to ensure that they function properly. This can involve a variety of testing methods, including visual inspection, automated optical inspection and functional testing.

GOSON offers a full range of solutions for your circuit board production needs, including one-stop BOM matching services, electronic component sourcing and testing, manufacturing, testing/inspection and assembly.

20 years + industry experience meets your varied PCBA customisation needs

GOSON has over 5000 ㎡ of PCB manufacturing space and the world's most advanced production equipment ,which support the PCB surface processes: HASL-LFENlG, GOLD PLATED, TIN PLATED, SILVER PLATED, ENIPIG, OSP.

> 20+ Years industry experience

> 100+ Company employees

> 40% + Faster Design Cycles

> 1 Pieces + Lowest order quantity

> 190+ Customized solutions for clients

MCPCB Specifications	Process Capability
Layers	1-4 layers
Maximum Board Thickness	0.5mm- 4.6mm
Maximum/Minimum Board Size	Minimum: 0.2″ x 0.2″ Maximum: 43.3″ x 19″
Minimum Alignment Width/Minimum Gap	0.5 oZ: 4/4 million
	1 oZ: 5/5 Million
	2 oZ: 5/7 Million
	3 oZ: 7/8 Million
	4 oZ: 10/10 million
Minimum Hole Diameter and Tolerance	0.5mm- 2.0mm
Soldermask Colour	Green, Black, Red, Yellow, White, Purple, Blue
Screen Printing Colour	White, Black
Copper Thickness	0.5oz- 4oz

Complete turnkey assembly

Complete turnkey assembly including full service including:

● One-stop shopping for electronic components
● Testing of components
● Assembly of printed circuit boards
● Quality control such as PCB board testing and functional testing
● Order dispatch tracking and after sales service

Normal Procurement & Assembly Lead Times

The final lead time for PCB Assembly orders is the procurement lead time added to the assembly time.

Service	Times
Individual Assemblies	1-5 Working Days
Turnkey Assemblies	1-5 Working Days

On average, procurement time is typically 1-3 working days (based on the actual product).
Lead time for individual assemblies is 1-5 working days.s
Lead time for turnkey assemblies is 1-5 working days.

We provide you with a full range of turnkey services, providing you with one-stop supply delivery services, from BOM matching orders, engineer selection services, urgent orders, and even global search for your required hard-to-find item, coordinating the delivery time for you, solving the problem of component surplus, long delivery time, and saving your time and energy consumed in docking with multiple component suppliers and PCB factories.

GOSON is your PCB partner, able to fulfil your most complex requirements flexibly and reliably.

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Component Sourcing Lead Times

Contact our turnkey PCB assembly managers to get a proposal today.

Service	Times
ONE-STOP BOM Quote Service	0-2 Working Days
Component Soucing Time	2-5 Working Days(Based on the actual product)

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