Struggling with thermal stress and temperature alarms in your laser additive manufacturing process? Overheating issues can lead to print defects, equipment warping, and unexpected production stops—costing you both time and money. That's where the TEYU CWFL-series fiber laser chillers come in. Specifically engineered for metal powder laser additive manufacturing, these industrial laser chillers deliver ultra-stable temperature control to ensure consistent print quality and uninterrupted workflow.


Equipped with dual independent cooling circuits and advanced protections, TEYU fiber laser chiller effectively prevents overheating and safeguards both the chiller and your 3D printer. Its high-efficiency, energy-saving compressor minimizes power consumption without sacrificing performance, making it the smart choice for manufacturers seeking precision, reliability, and lower operational costs in metal 3D printing applications.

Metal 3D printing has revolutionized shoe mold manufacturing by offering precision and efficiency. However, the process generates significant heat, which can lead to material distortion, warping, and compromised print quality. To address these challenges, TEYU fiber laser chiller provides a reliable cooling solution. Designed with a dual-channel cooling system, it effectively regulates the temperature of the metal 3D printer, ensuring stable operation and preventing overheating.


Consistent cooling is essential for achieving high-quality shoe molds with accurate dimensions and durable structures. By maintaining optimal temperature control, TEYU fiber laser chiller helps manufacturers avoid defects, enhance production efficiency, and extend the lifespan of their equipment. Whether for prototyping or mass production, integrating an advanced laser chiller is crucial for delivering precision-engineered molds that meet the rigorous demands of the footwear industry.