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The Ultimate Guide to Selective Soldering Systems
In the relentless pursuit of miniaturization and functionality, modern printed circuit board (PCB) design has evolved into a complex tapestry of mixed-technology components. While surface-mount technology (SMT) dominates, reliable through-hole (THT) connections remain critical for mechanical stre...Read more -
PCB Assembly Efficiency with Next-Generation Wave Soldering Technology
In the fast-evolving world of electronics manufacturing, precision, reliability, and throughput in PCB assembly are non-negotiable. Wave soldering remains a cornerstone technology for through-hole and mixed-technology board production, and its continued innovation is critical for businesses aimin...Read more -
How Stencil Inspection Systems Ensure Flawless SMT Printing Foundations.
In the meticulous world of Surface Mount Technology (SMT), success is built upon a foundation measured in microns. Before a single component is placed or a reflow oven cycles, the entire fate of a printed circuit board assembly hinges on a single, critical tool: the stencil. This laser-cut foil i...Read more -
How Modern Wave Soldering Technology Powers Robust Electronics Assembly
In the vast landscape of electronics manufacturing, where surface-mount technology (SMT) dominates the headlines, a foundational process continues to be the indispensable backbone for countless critical products: wave soldering. Far from being a legacy technique, today’s advanced wave solde...Read more -
Standardized Shipment Packaging Process: Safeguarding Foreign Trade Goods for Global Delivery
In the dynamic landscape of international trade, the safe and intact delivery of goods from the production workshop to the hands of overseas customers is a crucial link that directly affects customer satisfaction, brand reputation and the overall efficiency of trade operations. Among them, the s...Read more -
How GKG Stencil Printers Are Redefining the SMT Assembly Starting Line for Global Manufacturers
In the hyper-competitive arena of electronics manufacturing, the quest for perfection begins not at placement or reflow, but at the very first, and arguably most critical, step: solder paste printing. Here, microscopic deposits of paste lay the literal foundation for every electrical connection o...Read more -
How do AOI and SPI systems redefine the quality of electronic manufacturing？
In the high-stakes world of electronics manufacturing, where microscopic defects can lead to monumental failures, the assurance of flawless PCB assembly is non-negotiable. As components shrink and complexity soars, the industry’s reliance on automated optical inspection (AOI) and solder paste ins...Read more -
Introduction to wave soldering technology: principles, applications and industry standards.
Wave Formation The core of wave soldering technology lies in forming a stable, controllable solder wave. Solder, typically composed of a metal alloy such as tin or lead, is melted by electrical or gas heating. Inside a specially designed wave soldering machine, the molten solder is pumped through...Read more -
Maintenance and care methods of wave soldering equipment.
As a key equipment in electronic manufacturing, the stability of wave soldering equipment directly affects the welding quality and production efficiency. TYtech’s wave soldering has many advantages. While ensuring the welding effect, it also brings convenience to equipment maintenance. Good...Read more -
How to clean the flux on the inner wall of reflow soldering.
After using reflow soldering, a large amount of rosin flux will remain on the inner wall of the reflow soldering furnace and the cooling zone pipes. A large amount of residue will reduce the heating and soldering quality of the reflow soldering. Therefore, the furnace must be cleaned when mainten...Read more -
How to adjust the uneven wave soldering peak?
The problem of uneven wave soldering peaks can usually be adjusted through the following steps: Check and adjust the wave soldering equipment 1. Check the tin furnace and the guide rail: Make sure that the tin furnace is parallel to the guide rail plane. If the two are not parallel, the position...Read more -
Heating principle of wave soldering furnace.
Wave soldering is to make the melted solder (lead-tin alloy) flow into the solder wave crest as required by the design through an electric pump or electromagnetic pump, so that the printed circuit board pre-installed with components passes through the solder wave crest, and the mechanical and ele...Read more
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