Our Blog
Get straight answers, useful tips, and clear explanations about PCB Assembly technology and more on our blog.
How Does the H3600A Selective Wave Soldering Machine Work?
In the field of electronic manufacturing, the soldering quality of PCB (Printed Circuit Board) directly determines the stability and service life of products. As a high-precision soldering equipment, the selective wave soldering machine has become
Reflow Soldering vs Wave Soldering: A Comprehensive Comparison
In the intricate world of electronics manufacturing, soldering technologies serve as the foundation for reliable circuit board assembly. Among the most prominent methods are reflow soldering and wave soldering, each with distinct mechanisms, applications, and
Why Nitrogen Generator is Essential in selective soldering?
In the electronics manufacturing industry, selective soldering, with its precision and flexibility, has become a key process for PCB soldering. However, many practitioners face a key question when configuring selective soldering equipment: is a
Pneumatic spraying: From 5 minutes to 1 minute, the ultimate solution to increase steel mesh cleaning efficiency by 300%.
In the field of electronics manufacturing, stencil cleaning efficiency directly determines production line capacity. Traditional manual cleaning or cleaning with electric equipment takes 5 to 10 minutes per part, while the pneumatic spray technology equipped
Pneumatic stencil cleaning machine: 3 key advances in removing lead-free solder paste
In the field of electronics manufacturing, the widespread use of lead-free solder paste has brought environmental improvements, but also created new cleaning challenges. When dealing with lead-free solder paste waste, traditional solvent-based cleaning agents not
Improper stencil cleaning leads to millions of losses? You must know these 5 fatal details
In the electronics manufacturing industry, steel mesh cleaning is the “invisible lifeline” of the SMT production process, directly determining the accuracy of solder paste printing and PCBA performance. Data shows that 35% of soldering defects