Learn about industrial chiller technologies, working principles, operation tips, and maintenance guidance to help you better understand and use cooling systems.
When laser chillers fail to maintain a stable temperature, it can adversely affect the performance and stability of laser equipment. Do you know what causes the unstable temperature of laser chillers? Do you know how to resolve abnormal temperature control in laser chillers? There are different solutions for the 4 main causes.
In the realm of oil exploration and development, laser cladding technology is revolutionizing the petroleum industry. It mainly applies to the strengthening of oil drill bits, the repair of oil pipelines, and the enhancement of valve seal surfaces. With the effectively dissipated heat of the laser chiller, the laser and cladding head operate stable, providing reliable protection for the implementation of laser cladding technology.
With its precision and durability, laser marking provides a unique identity marker for pharmaceutical packaging, which is crucial for drug regulation and traceability. TEYU laser chillers provide stable cooling water circulation for laser equipment, ensuring smooth marking processes, enabling the clear and permanent presentation of unique codes on pharmaceutical packaging.
Stability and reliability are crucial when selecting a laser chiller for cooling a fiber laser cutting/welding machine. Here are several key aspects regarding the stability and reliability of TEYU laser chillers, revealing why TEYU CWFL-series laser chillers are the exemplary cooling solutions for your fiber laser cutting machines from 1000W to 120000W.
When the temperature remains above 5°C for an extended period, it's advisable to replace the antifreeze in the industrial chiller with purified water or distilled water. This helps reduce corrosion risks and ensures stable operation of the industrial chillers. As temperatures rise, timely replacement of antifreeze-containing cooling water, along with increased cleaning frequency of dust filters and condensers, can prolong the lifespan of the industrial chiller and enhance cooling efficiency.
Small water chillers have found widespread applications in various fields due to their advantages of high efficiency, stability, and environmental friendliness. With the continuous development and advancement of technology, as well as the increasing awareness of environmental protection, it is believed that small water chillers will play an even more significant role in the future.
It's necessary to properly maintain the refrigerant to ensure efficient cooling performance. You should check the refrigerant levels regularly, equipment aging, and operational efficiency. By conducting regular checks and maintaining the refrigerant, the lifespan of laser chillers can be extended, ensuring their stable operation.
As the cool and cold weather sets in, TEYU S&A has received inquiries from our customers regarding the maintenance of their industrial water chillers. In this guide, we will walk you through essential points to consider for winter chiller maintenance.
In modern industrial manufacturing, temperature control has become a critical production factor, especially in certain high-precision and high-demand industries. Industrial chillers, as professional refrigeration equipment, have become indispensable equipment in multiple industries due to their efficient cooling effect and stable performance.
Do you know how to properly restart your laser chillers after a long-term shutdown? What checks should be performed after a long-term shutdown of your laser chillers? Here are three key tips summarized by TEYU S&A Chiller engineers for you. If you need further assistance, please contact our service team at service@teyuchiller.com.
During the operation of the water chiller, the hot air generated by the axial fan may cause thermal interference or airborne dust in the surrounding environment. Installing an air duct can effectively address these issues, enhancing overall comfort, extending the lifespan, and reducing maintenance costs.
The need for a water chiller in your 80W-130W CO2 laser cutter engraver setup depends on various factors, including power rating, operating environment, usage patterns, and material requirements. Water chillers offer significant performance, lifespan, and safety benefits. It's essential to assess your specific requirements and budget constraints to determine how to invest in a suitable water chiller for your CO2 laser cutter engraver.