QCW Laser Welding Machine Helps Achieve New Breakthroughs in Precision Welding
In industrial manufacturing, welding processes’ accuracy, efficiency, and adaptability directly determine products’ quality and production. As a cutting-edge explorer in laser welding technology, our QCW quasi-continuous laser welding machine, with its innovative design and core technology, brings efficient, intelligent, and reliable welding solutions to the metal processing industry. The following four core advantages help you easily tackle complex welding challenges!
Traditional laser welding equipment often suffers from positioning deviation or quality hazards due to inconvenient observation. The QCW laser welding machine is innovatively equipped with a 1080P high-definition real-time monitoring system, combined with an anti-splash coating window, to ensure that the operator can observe the dynamic changes of the welding pool. Whether precise positioning of small solder joints or real-time tracking of complex welds, “what you see is what you get” can be achieved through high frame rate images. This design significantly improves the welding yield rate while reducing the cost of manual re-inspection, providing visual assurance for precision welding.
Humanized operation interface, one-click activation for efficient welding
In response to the pain points of cumbersome operation and complex parameter debugging of traditional equipment, the QCW laser welding machine adopts a 4.3-inch intelligent touch screen+graphical interactive system, with a simple and intuitive interface and clear functional modules at a glance. Users can quickly match material parameters (such as gold, silver, stainless steel, titanium alloy, etc.) through preset process libraries, and also support customization of core parameters such as energy, pulse width, frequency, etc.
QCW laser power core technology, single point energy breakthrough limit
The equipment is equipped with a self-developed 200WQCW quasi-continuous laser generator, which adopts advanced fiber coupling technology and efficient heat dissipation structure, achieving a peak single pulse energy of 13J and a photoelectric conversion efficiency of over 40% (more than 30% higher than traditional CW lasers). High energy density pulse output, single point welding depth up to 1mm, and minimal heat affected zone, effectively avoiding material deformation, discoloration, and other problems.
Multi-material compatibility, easy soldering of gold and silver, worry-free for irregular parts
QCW laser welding machine breaks through the limitations of traditional processes and provides perfect solutions for welding difficulties such as high reflective metals, irregular structures, and micro components
Gold and silver jewelry/electronic contacts: Low heat input characteristics prevent oxidation of precious metal surfaces, and smooth welds without pores, significantly improving the yield of jewelry processing and precision electronic components.
Full coverage of application scenarios
From spot welding of microelectronic components to repairing large molds, from precision welding of precious metals to welding of new energy vehicle batteries, QCW laser welding machines have been widely used due to their high flexibility, high reliability, and low energy consumption.
- Precision manufacturing: 3C electronics, sensors, semiconductor packaging.
- High-end processing: jewelry, medical equipment, clock parts.
- Industrial upgrading: automobile manufacturing, new energy batteries, aerospace.
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