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Including laser cutting/welding/engraving/marking/cleaning/printing/plastics and other laser processing industry news.
CO2 laser welding machines are ideal for joining thermoplastics like ABS, PP, PE, and PC, commonly used in automotive, electronics, and medical industries. They also support some plastic composites like GFRP. To ensure stable performance and protect the laser system, a TEYU CO2 laser chiller is essential for precise temperature control during the welding process.
2025
04
25
Laser cutting may encounter issues like burrs, incomplete cuts, or large heat-affected zones due to improper settings or poor heat management. Identifying root causes and applying targeted solutions, such as optimizing power, gas flow, and using a laser chiller, can significantly improve cutting quality, precision, and equipment lifespan.
2025
04
22
Cracks in laser cladding are mainly caused by thermal stress, rapid cooling, and incompatible material properties. Preventive measures include optimizing process parameters, preheating, and selecting suitable powders. Water chiller failures can lead to overheating and increased residual stress, making reliable cooling essential for crack prevention.
2025
04
21
Plastic laser welding machines come in various types, including fiber, CO2, Nd:YAG, handheld, and application-specific models—each requiring tailored cooling solutions. TEYU S&A Chiller Manufacturer offers compatible industrial laser chillers, such as the CWFL, CW, and CWFL-ANW series, to ensure stable performance and extend equipment lifespan.
2025
04
18
YAG lasers are widely used in welding processing. They generate significant heat during operation, and a stable and efficient laser chiller is essential to maintain optimal operating temperatures and ensure reliable, high-quality output. Here are some key factors for you to select the right laser chiller for a YAG laser welding machine.
2025
04
14
By comprehensively considering material properties, laser parameters, and process strategies, this article offers practical solutions for laser cleaning in high-risk environments. These approaches aim to ensure efficient cleaning while minimizing the potential for material damage—making laser cleaning safer and more reliable for sensitive and complex applications.
2025
04
10
Water-guided laser technology combines a high-energy laser with a high-pressure water jet to achieve ultra-precise, low-damage machining. It replaces traditional methods like mechanical cutting, EDM, and chemical etching, offering higher efficiency, less thermal impact, and cleaner results. Paired with a reliable laser chiller, it ensures stable and eco-friendly operation across industries.
2025
04
09
Laser chillers are essential for ensuring wafer dicing quality in semiconductor manufacturing. By managing temperature and minimizing thermal stress, they help reduce burrs, chipping, and surface irregularities. Reliable cooling enhances laser stability and extends equipment life, contributing to higher chip yield.
2025
04
07
Laser welding ensures safe, precise, and efficient operations in nuclear power equipment. Combined with TEYU industrial laser chillers for temperature control, it supports long-term nuclear power development and pollution prevention.
2025
04
06
CO2 laser technology enables precise, non-contact engraving and cutting of short plush fabric, preserving softness while reducing waste. Compared to traditional methods, it offers greater flexibility and efficiency. TEYU CW series water chillers ensure stable laser operation with precise temperature control.
2025
04
01
Ultrafast lasers emit extremely short pulses in the picosecond to femtosecond range, enabling high-precision, non-thermal processing. They are widely used in industrial microfabrication, medical surgery, scientific research, and optical communication. Advanced cooling systems like TEYU CWUP-series chillers ensure stable operation. Future trends focus on shorter pulses, higher integration, cost reduction, and cross-industry applications.
2025
03
28
Laser light excels in monochromaticity, brightness, directionality, and coherence, making it ideal for precision applications. Generated through stimulated emission and optical amplification, its high energy output requires industrial water chillers for stable operation and longevity.
2025
03
26
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