PCB Assembly
PCB Assembly

SMT PCB assembly stands for Surface Mount Technology Printed Circuit Board assembly. It is a process of assembling electronic components on the surface of a printed circuit board (PCB) using automated equipment.

In SMT assembly, electronic components such as resistors, capacitors, integrated circuits, and other parts are mounted on the surface of a PCB using a soldering process. This is different from through-hole assembly, where components are mounted through drilled holes in the PCB.

Our SMT assembly is designed for optimal strength, flexibility, and reliability, ensuring high performance. We combine traditional techniques like Through-hole technology with the latest technological trends to seamlessly adapt to future changes. We prioritize our users’ needs, offering customized solutions for low or high volume, semi-automatic or fully automatic SMT assembly, tailored to meet your throughput and budget requirements.

We take pride in our commitment to meeting and exceeding our clients’ expectations. Our team of experts provides customized solutions for your specific needs, from prototype to production. We understand the importance of deadlines and strive to meet them with precision and efficiency. We believe in building strong relationships with our clients, and we are committed to providing exceptional customer service every step of the way. We invite you to experience our expertise and see why we are the go-to SMT PCB manufacturer in China.


PCB Surface Mount

SMT Soldering

With our special techniques and equipment, we performSMT soldering during the PCB assembly. We ensure allthe components placed during the soldering processesare not damaged and even the final soldered quality ishigher. Many times, equipment failures happened due tolow-quality soldering.

PCB Stencil

We do high quality soldering tooptimize the PCB assembly process, improve the overallequipment reliability, and adhere to the highest qualitystandards. We hold experience in all the SMD solderingtechniques like hand soldering, hot air soldering, and hotplate soldering.

Reflow soldering

We further provide reflow soldering options for your boardas you move towards the completion of the assemblyprocess. Get a proper reflow profile for building acceptablesolder joints without causing any damage to the parts orassembly.

Fine pitch assembly processing

For the reflow soldering process, we pick thesuitable machines, acceptable reflow profile, PCBcomponent footprint design, well-designed stencils, highquality PCB, components & solder paste, and repeatableplacement of surface mount components.

Reflow soldering

We further provide reflow soldering options for your boardas you move towards the completion of the assemblyprocess. Get a proper reflow profile for building acceptablesolder joints without causing any damage to the parts orassembly.

Fine pitch assembly processing

For the reflow soldering process, we pick thesuitable machines, acceptable reflow profile, PCBcomponent footprint design, well-designed stencils, highquality PCB, components & solder paste, and repeatableplacement of surface mount components.

SMT PCB Assembly

SMT PCB Assembly Capability
PCB SizeL810mm*W490mm~L50mm*W50mm
PCB Thickness0.75mm~4.0mm
Substrate MaterialRigid Board、Flex Board、Flex-Rigid Board
Minimum Component Size01005(Imperial)
Minimum Spacing
Between Components
0.25mm(QFP/QFN/BGA)
Component HeightUp To 15mm
Printing Alignment Accuracy±0.015mm
Installation Accuracy±0.035mm

MT PCB Service Field

The company has successively cooperated with over 3,000 high-tech R&D, manufacturing, and service enterprises worldwide, providing technical solutions covering fields such as healthcare, industrial control, artificial intelligence, the Internet of Things, automotive electronics, and smart home.

industrial control

With the utilization of CAD/CAM an NC file is sent to the shop server, a full scale plot of the material is sent to the material prep department and drawings for any metal details that need to be machined are sent to the machining department.

industrial control

With the utilization of CAD/CAM an NC file is sent to the shop server, a full scale plot of the material is sent to the material prep department and drawings for any metal details that need to be machined are sent to the machining department.

industrial control

With the utilization of CAD/CAM an NC file is sent to the shop server, a full scale plot of the material is sent to the material prep department and drawings for any metal details that need to be machined are sent to the machining department.

industrial control

With the utilization of CAD/CAM an NC file is sent to the shop server, a full scale plot of the material is sent to the material prep department and drawings for any metal details that need to be machined are sent to the machining department.

industrial control

With the utilization of CAD/CAM an NC file is sent to the shop server, a full scale plot of the material is sent to the material prep department and drawings for any metal details that need to be machined are sent to the machining department.

Our PCB assembly advantages

Quick Quote

We offer a 24-hour quotation service for your PCB assembly orders.

Brand

We ensure that the electronic components are sourced from original packaging, guaranteeing genuine products.

Equipment

It boasts 7 fully automated SMT high-speed chip-mounting production lines, equipped with online AOI, SPI, X-RAY, and other equipment.

Global Reach

Today we service accounts in eleven countries and have multiple facilities to service our customers around the world.

Innovation

Regardless of the industry you represent, we can provide you with comprehensive PCB assembly solutions, leveraging our superb technology.

Quality

We meticulously craft products for our customers that are technologically superior, technologically advanced, reliable in quality, and offer a high cost-performance ratio.

PCB Assembly Q&A

What is SMT PCB Assembly?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the benefits of SMT PCB Assembly?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the various SMT PCB Assembly types?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the differences between SMT and Through-hole technology?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
In what way SMT is better than the Through-hole technique?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
Where are SMT PCB assemblies the most used?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the benefits of SMT PCB Assembly?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the various SMT PCB Assembly types?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What are the differences between SMT and Through-hole technology?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
In what way SMT is better than the Through-hole technique?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
Where are SMT PCB assemblies the most used?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.
What is SMT PCB Assembly?
Surface Mount Technology is the process of mounting electronic components onto thesurface of the circuit boards instead of inserting the components through holes. Today,this is the most popular way used in PCB design and manufacturing as it has shownproven results of improving the quality and performance of the overall PCBs.

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