Laser welder technology is changing the produce mode of manufacture industry. How to use a laser welding equipment is a question that everyone is concerned about. Here, we will explore the principles and applictions of the laser welder.
Introduction: market share of fiber lasers made in China In 2003, IPG sold the first Q-switched pulse fiber laser in […]
History of China’s Low-to Medium-Power Fiber Lasers Industry Read More »
The laser collimator is a critical optical component in laser welding systems. The core function is to convert the laser
What’s the laser collimator,and how does it work in laser welding machine? Read More »
When using a laser marking machine to engrave text or graphics, there are three commonly adjustment parameters: filling, frequency, and
What are the Filling, Frequency, and Pulse Width? Read More »
Laser spot welder includes 2 types: YAG laser and QCW laser. Today, we will explore the two types of laser
Laser Spot Welder – YAG LASER or QCW LASER Read More »
Principle of QCW laser A QCW laser consists of a pump source , a gain medium and a resonator cavity. Its pulsed pump driving mechanism
QCW laser’s principle manufacture and application Read More »
Laser welder machine has emerged as a revolutionary technology in industries demanding high precision, minimal thermal distortion, and repeatable results.
Laser Welder Machine: Precision and Versatility in Modern Manufacturing Read More »
In industrial manufacturing, the accuracy, efficiency, and adaptability of welding directly determine the product quality and production. The Quasi-Continuous Laser
Innovating Laser Manufacturing for the Future | QCW Laser Welding Machine Read More »
In the ever-evolving landscape of industrial manufacturing, precision and efficiency are non-negotiable. Among the technologies driving this transformation, galvanometer laser welding
The Power of Galvanometer Laser Welding Machines: Precision, Speed, and Versatility Read More »
