Desktop Thermode Soldering Machine for Soldering Flex PCB (FPC) with Hot Bar Reflow Soldering

The Desktop Thermode Soldering Machine is specifically designed for soldering flex pcbs (FPCs) and is commonly used for thermode soldering between FPCs and PCBs, as well as FPC-to-FPC soldering. It finds extensive application in the production of electronic consumer goods such as mobile phones, cameras, displays, and computer hosts.

The Desktop Thermode Soldering Machine employs the hot bar reflow soldering process to achieve soldering operations, delivering high-quality soldering while significantly improving efficiency and stability. Here are some additional features of the Desktop Thermode Soldering Machine:

(1) Desktop design: The Desktop Thermode Soldering Machine can be placed on a workbench or table, providing stable and convenient operation. Its compact structure enables easy installation and simple disassembly, making it well-suited for soldering applications in limited or mobile work environments.

(2) Pressure mechanism: The Desktop Thermode Soldering Machine utilizes springs for pressure adjustment and cylinders for driving the downward motion. This mechanism applies pressure to the workpiece during the thermode soldering process, enhancing stability. The applied pressure facilitates proper contact and consolidation of soldering materials, leading to improved soldering quality and strength.

(3) Adjustable parameters and storage function: The Desktop Thermode Soldering Machine allows for flexible adjustment of thermode soldering parameters, including heating temperature, heating time, temperature holding time, PIN, and pressure, among others. This empowers operators to fine-tune parameters based on specific thermode soldering requirements, achieving the desired soldering quality. The machine also features the ability to store multiple sets of thermode soldering parameters, enabling seamless switching to the corresponding parameter set when changing to a different product requiring thermode soldering, eliminating the need for parameter reconfiguration time.