HOME
ABOUT
INTRODUCTION
CERTIFICATIONS
OUR HISTORY
R&D
SUBSIDIARIES
PRODUCT
SMT PICK AND PLACE MACHINE
HIGH-END ROLL-TO-ROLL STRIP LIGHT CHIP MOUNTER
IGBT PICK AND PLACE MACHINE
NEW ENERGY PICK AND PLACE MACHINE
LED PICK AND PLACE MACHINE
SOLUTION
SMART LIGHTING
HOME APPLIANCES
CONSUMER ELECTRONICS
AUTOMOTIVE ELECTRONICS
RESEARCH & EDUCATIONAL
AEROSPACE & DEFENSE
BLOG
COMPANY NEWS
INDUSTRY UPDATES
FAQS
SUPPORT
SERVICES
VIDEOS
COMPANY VIDEO
USING VIDEO
PRODUCT VIDEO
CONTACT
LEAVE A MESSAGE
CONTACT INFORMATION
News
X-Ray Inspection in SMT Manufacturing: The Complete Guide to Detecting Hidden Solder Defects and Improving PCB Quality
06
2026
/
07
Understanding SMD – The “Micro Building Blocks” of Modern Electronics
If you have ever disassembled a modern electronic device—such as a smartphone, smartwatch, or wireless earbud—you were likely amazed by the densely packed tiny components on the circuit board. These barely visible black dots and miniature blocks are the fundamental building units of modern electronics: Surface Mount Devices (SMDs).
02
Why Is 0201 Component Placement So Challenging?
Exploring the Extreme Challenges of SMT Miniaturization
01
SMT Automation Production Line: The Precision Backbone of Modern Smart Manufacturing
In today’s era of intelligent manufacturing, Surface Mount Technology (SMT) production lines function as the precision-driven “heart” of electronics production. They enable the accurate placement of microscopic components onto printed circuit boards (PCBs), powering nearly every modern electronic device—from smartphones and wearable electronics to aerospace and industrial control systems.
26
Daily, Weekly, and Monthly Maintenance Checklist for Pick-and-Place Machines
A pick-and-place machine is a significant investment. Like any precision equipment, it requires regular maintenance to perform at its best. Yet many SMT lines operate on a "run until failure" philosophy – lubricating only when noises appear, cleaning nozzles only when pick failures spike, and calibrating only after defects have already been produced. This reactive approach costs money in rework, downtime, and shortened machine life. This article provides a practical maintenance checklist broken down by daily, weekly, and monthly tasks. Designed for operators and maintenance technicians, this guide covers nozzles, feeders, vacuum system, linear guides, vision system, and calibration. Print this checklist and post it near your SMT line – it will extend machine life, reduce defects, and improve overall equipment effectiveness (OEE).
13
05
The Reflow Soldering Process – A Complete Guide for SMT Beginners
For those new to surface-mount technology (SMT), few processes seem as mysterious as reflow soldering. Components are placed on a board covered with sticky solder paste, the board enters a long oven, and moments later – perfectly soldered joints emerge. But what actually happens inside that oven? Why do some boards come out with bridges or tombstoned components? This article provides a complete, beginner-friendly guide to the reflow soldering process. We will explain the four stages of a reflow profile, the role of solder paste flux, how to choose the right profile for your product, and the most common defects and how to prevent them. Whether you are setting up your first SMT line or training new operators, this guide will give you a solid foundation.
11