Welding Equipment Knowledge
Practical information for fabricators, project engineers and equipment buyers.
Thick-Plate Multi-Layer Multi-Pass Welding in Detail
Date: 2026-08-09
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Robot Substitution Limits Amid Welder Shortage
Date: 2026-07-26
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Welding AI from the World AI Conference Perspective
The 2026 World Artificial Intelligence Conference (WAIC) is being held in Shanghai.
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TIG Welding Robot Principles and Full-Scenario Applications
In high-end manufacturing, welding is never a simple matter of "joining pieces together"; it is a core process that determines product precision, safe
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Welding Industry Shift from Experience to Data-Driven
Once upon a time, mentioning welding conjured up images of blinding arc light, drifting smoke and fumes, and the sweat-soaked work clothes of veteran
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Capability Limits of Teach-Free Fully Automatic Welding Robots
As the waves of "Industry 4.0" and "smart manufacturing" sweep in, welding robots — as the vanguard of automation transformation — have been pushed to
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Six Common Mistakes in Robotic Welding Commissioning
Robotic welding is evolving from "a high-end technology you admire" to "affordable productivity you can actually use." However, many commissioning eng
READ MORE →Choosing Between Robotic Welding and Dedicated Machines
Many customers ask us: "What exactly is the difference between a welding robot and a dedicated welding machine? For our work, should we go with a robo
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Welding Robots from a Large Model Perspective: Current Status, Pain Points, and Future Trends
As artificial intelligence comes to understand industrial manufacturing and large models move deep into workshops and production lines, welding robots
READ MORE →TIG Welding with Collaborative Robots
Against the backdrop of Industry 4.0 and intelligent manufacturing, the welding sector is undergoing a shift toward "flexibility." Although traditiona
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Key Points for TIG Welding Operation
Tungsten inert gas (TIG) welding is a gas-shielded arc welding process with a non-consumable electrode. Argon is used as the shielding gas, and the ar
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Vision Technology Giving Welding Robots Intelligent Perception
Date: 2026-04-05
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Welding Industry Transformation from Physical to Intellectual Work
Date: 2026-03-29
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Multi-Layer Multi-Pass Welding Process Guide
Date: 2026-03-22
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External Causes of Welding Quality Problems
Having worked with welding power sources for years, we often feel that our welding power sources are "wronged" — whenever arc interruption, poor weld
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Smart Welding Power Sources Breaking Efficiency and Quality Bottlenecks
As manufacturing transformation and upgrading accelerate, the welding robot market is growing rapidly. Data shows that China has become the world's la
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Technical Breakthroughs and Scenario Expansion of TIG Welding Robots
In the wave of welding automation, compared with gas-shielded welding (MAG/MIG) robots, which have been widely adopted, and laser welding robots, whic
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Making Welding Robots Efficient Collaborative Partners
Walking into a modern factory, amid flying sparks, robotic arms trace precise arcs — this is already a common sight. But have you ever wondered how th
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The Visual Perception Revolution in Welding Robots
**Late night in a traditional welding workshop**
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Challenges and Future of Teach-Free Collaborative Welding Robots
In a welding workshop, a master welder with decades of experience can glance at a workpiece, judge its position, and set ideal parameters to produce a
READ MORE →Addressing Four Realities of Welding Robots
As waves of "Industry 4.0" and "intelligent manufacturing" sweep across the market, welding robots, as the vanguard of automation transformation, have
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Welding Enters the Era of the Internet of Everything
With new materials and new processes emerging one after another, welding technology is undergoing a profound digital and intelligent transformation. A
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Vision-Enabled Intelligent Upgrades for Welding Robots
In traditional welding workshops, workers must hold up welding masks and operate with precision amid flying sparks. In modern smart factories, however
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Collaborative Robots vs Traditional Industrial Welding Robots
**Collaborative robots: friendly partners for human-robot collaboration.** As the name suggests, the core feature of collaborative robots is the abili
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Synergy of Welding Process and Equipment Driving Customer Value
In the wave of industrial transformation and upgrading, automated welding has become a key path to improving efficiency, ensuring quality, and reducin
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Collaborative Robot TIG Welding Application Scenarios
Against the backdrop of Industry 4.0 and intelligent manufacturing, the welding industry is undergoing a transformation toward flexibility. Although t
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Root Causes and Prevention of Lack of Fusion and Incomplete Penetration in Robotic Welding
With the rapid advancement of industrial automation, robotic welding — owing to its high efficiency, high consistency, and high precision — has gradua
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AC-DC TIG Welding Processes for Aluminum
At the skin seams of the C919 large passenger aircraft, at the critical joints of new-energy vehicle battery trays, and in the precision fabrication o
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Hot-Wire TIG High-Efficiency Argon Arc Welding
"With this hot-wire argon arc welding system, work gets done much faster!" So remarked an experienced welder in the production workshop of a shipbuild
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Plasma-MIG Hybrid Welding for Thick Plate
Plasma-MIG hybrid welding, also known as SUPER-MIG/MAG, is a process that combines plasma arc welding (PAW) and gas metal arc welding (MIG/MAG) into a
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AI Applications in Intelligent Welding Processes
AI technology is driving the intelligentization and automation of welding processes, improving production efficiency and product quality. Its applicat
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Aluminum Welding: AC-TIG vs. Pulsed-MIG Process Comparison
In aluminum alloy welding, the choice between MIG (Metal Inert Gas) and TIG (Tungsten Inert Gas) welding depends on the specific welding requirements,
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