Power Banks
Power banks, also known as portable chargers, are becoming increasingly popular due to their convenience and utility.
They are small, lightweight devices that can be easily carried around and used to charge your electronic devices when you are on the go.
Power banks are a great way to keep your devices charged up and ready to use when you need them.
The production of power banks has seen a rapid increase in recent years, driven by the ever-growing demand for mobile device charging capabilities. To meet this demand, manufacturers are turning to Surface Mount Technology (SMT) solutions to ensure the highest quality product possible.
SMT solutions provide a range of benefits, from increased production speed and accuracy to reduced labor costs and improved product reliability. With SMT solutions, manufacturers can produce power banks with higher efficiency, greater precision, and better overall quality.
The use of SMT solutions in power bank production has become increasingly popular due to its numerous advantages.
In short, SMT solutions are the key to high-quality power bank production and the future of power bank manufacturing. With SMT solutions, manufacturers can produce power banks with greater efficiency, precision, and reliability, while also reducing costs associated with production. SMT solutions are the perfect solution for manufacturers looking to stay ahead of the competition and ensure their customers receive the highest quality power banks available.
So, what is the SMT process for the Manufacturing of power banks?
SMT and DIP processes are commonly used in PCBA manufacturing of power banks:
The SMT process is suitable for PCB board with dense components and complex circuits.
The DIP process is generally suitable for PCB board with fewer components and simple circuits.
It should be noted that SMT and DIP process selection should be determined according to specific circuit design and production requirements, while controlling component quality, PCBA quality and production cost.
If you want to know more about SMT solutions for Power Bank according to your PCB board, please Contact Us for free.
Following are the Solution for your reference.
SMT Process: Solder Paste (Red Glue) Printing --> Components Mounting --> Reflow Soldering --> AOI Optical Inspection
Economical full-auto SMT Line equipment as follows: : 1 person to operate the whole line, 1 person to test AOI, total 2 people.
DIP Process: Plug-in --> Welding --> Maintenance --> PCB Cutting
Economical DIP Line equipment as follows: Personnel are adjusted according to the product, 3-15 people.
Power Supply Production SMT &DIP Solution Data：
| SMT | Capacity Evaluation | 1 set pick and place machine; production capacity 20000-25000CHIP/H |
| Total Power | 59.5 KW | Operating Power | 14.5KW |
| Applicable Product | SMD components within 50pcs, 0201-42mm, max PCB width 350mm
|
| DIP | Capacity Evaluation | Calculated based on the number of componens and the operators |
| Total Power | 16.8 KW
| Operating Power | 5.8 KW |
| Applicable Product | Low capacity requirements or simple products, Max PCB width 350mm |
SMT+ DIP
| Workshop Size | L20m x W15m , total area 300 ㎡
|
Layout:
Full-auto SMT Production Line Used to Produce Battery Chargers and Adapters Video for your reference:
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