High Quality Industrial Water Chiller

The fast-growing laser technology has infiltrated into all walks of life. With multiple advantages over the traditional process, the technology has brought efficient work and premium products for processing industry.

Traditional metal cutting mold has long been adopted for battery electrode plate cutting of new energy vehicles. Since metal mold punching needs to adjust the cutter according to electrode plate's property and thickness, each cutting process takes a lot of time to test and adjust, resulting in the decreased efficiency. After being used for a long time, the cutter may wear, resulting in unstable process and poor cutting quality of the electrode plates.

At the early beginning, people also tried adopting picosecond cutting. But for the heat-affected zone and burr are relatively large after picosecond laser processing, it can not meet with the needs of battery manufacturers.



Picosecond laser technology solves the problem of electrode plate cutting

Due to the extremely narrow pulse width, picosecond laser can vaporize materials relying on its ultrahigh peak power. Different from nanosecond laser thermal processing, picosecond laser belongs to gasification ablation gas processing, without producing melt beads, and the processing edge is neat, which properly solves various pain points in the cutting of new energy battery pole pieces.



Advantages of picosecond laser cutting

1. Improve product quality and working efficiency

Based on the principle of mechanical occlusion, metal die-cutting is prone to defects and requires repeated debugging. The long-term work may result in wear and depressed rate of conforming product. It needs to replace the cutter and halt production for 2-3 days, so the work efficiency is low. However, picosecond laser cutting can stably work for a long time. Even if the material is thickened, there will be no equipment loss. For the thickened materials, you only need to improve 1-2 optical path system, which is very convenient and does not need to stop production, helping to improve efficiency.

2. Reduce comprehensive cost

The purchase cost of the picosecond laser is relatively high, but after long-term operation, the cost of using picosecond laser will be much lower than that of traditional metal cutting dies in terms of machine maintenance, production time and product quality.



The long-term stable operation of picosecond laser needs support from S&A ultrafast laser chiller

For a stable optical output, high production efficiency and reduced cost of your picosecond laser, you need to configure it with an ultrafast laser chiller. With temperature control precision up to ±0.1℃, S&A chillers can stabilize the optical output of the picosecond laser and optimize the cutting quality. Featured with easy operation, S&A ultrafast laser chiller comes with multiple settings and fault display functions. Alarm protection functions such as compressor delay protection, compressor over-current protection, flow rate alarm, ultrahigh and ultralow temperature alarms to further protect the laser device and water chiller. Multi-country power specification available. In compliance with ISO9001、CE、RoHS、REACH international standards. S&A laser chiller is a wonderful choice for cooling your laser equipment!

We often come across people asking the temperature range for industrial water cooler CW-3000. Well, there is no temperature range for CW-3000 industrial chiller, as this chiller can not regulate water temperature. Industrial water cooler CW-3000 is passive cooling and doesn’t have refrigeration function, but it is capable of bringing the water temperature to the ambient temperature, so it is very ideal for industrial equipment with small heat load. For more information of this chiller, click https://www.teyuchiller.com/air-cooled-water-chillers-cw-3000-110v-200v-50hz-60hz_p6.html 





After 19-year development, we establish rigorous product quality system and provide well-established after-sales service. We offer more than 90 standard water chiller models and 120 water chiller models for customization. With cooling capacity ranging from 0.6KW to 30KW, our water chillers are applicable to cool different laser sources,laser processing machines, CNC machines, medical instruments, laboratory equipment and so on.

Water chiller CWFL-6000 for all cover exchange fiber laser cutting machine

Selecting a reliable industrial chiller brand is critical for ensuring stable equipment performance, energy efficiency, and long-term operational reliability. While product specifications are important, the widely trusted brands share deeper qualities reflected in engineering capability, quality control, service systems, and global compliance. The following expert insights outline the key criteria that help distinguish reliable chiller manufacturers, along with practical examples from current industry practices.



1. Strong Technical Expertise and Engineering Capabilities
A reliable chiller brand demonstrates consistent technical strength across system design, temperature control accuracy, heat-exchange technologies, and intelligent monitoring. Manufacturers with dedicated R&D centers and long-term specialization in industrial cooling typically deliver more stable and precise solutions.

Example: TEYU has maintained a specialized focus on industrial temperature control for over 23 years, offering cooling solutions for laser processing, CNC systems, medical devices, and other precision equipment. Its engineering teams continue to advance dual-circuit fiber laser cooling, real-time monitoring, and energy-efficient system design.



2. Comprehensive and Well-Structured Product Portfolio
Trusted chiller brands provide a clear, structured product lineup that matches a wide range of industrial scenarios, from compact models for low-power devices to high-capacity units for high-power laser cutting systems. A well-organized portfolio simplifies equipment selection and ensures system compatibility.

Example: TEYU's CW and CWFL industrial chillers cover diverse cooling capacities, supporting laser engraving, welding, and fiber laser cutting equipment ranging from under 500W up to 240kW high power levels. This range allows OEMs and integrators to choose a suitable model without excessive customization.







3. Verified Quality Standards and Global Certification
International certifications indicate that the product has passed standardized safety and performance tests. Reliable industrial chiller brands typically comply with CE, RoHS, UL, and ISO standards to meet regional requirements.

Example: Many TEYU chiller models meet EU and North American compliance standards, supporting safe integration across global markets. TEYU also adapts refrigerant choices to regional regulations, addressing evolving GWP limits in Europe, the US, and Canada.



4. Smart Control Systems and Long-Term Energy Efficiency
Modern users expect more than basic cooling performance. Reliable chiller brands incorporate smart controls, adaptive temperature regulation, and energy-efficient system designs. These features help reduce running costs, extend equipment life, and improve process stability.

Example: TEYU's intelligent temperature control modes, dual-temperature loops (for lasers and optics), and optimized refrigerant circuits help maintain stable performance while supporting energy-efficient operation.



5. Reliable After-Sales Support and Spare Parts Availability
A strong support system is a major sign of brand reliability. Manufacturers that offer fast response times, accessible documentation, and long-term spare parts supply strengthen customer confidence and minimize operational downtime.

Example: TEYU provides comprehensive technical support, remote guidance, product documentation, and global shipping options for spare parts, helping integrators maintain stable long-term performance.







6. Transparent Reputation and Proven Market Adoption
A brand's reliability is also reflected in customer feedback, long-term relationships with equipment manufacturers, and its presence in industrial exhibitions. Chiller brands chosen by well-established OEMs and integrators typically demonstrate higher trust and credibility.

Example: TEYU industrial chillers are widely used by laser equipment manufacturers and have been showcased at multiple machine tool and laser industry exhibitions, reflecting their broad adoption in real industrial applications.



Conclusion: What Truly Defines a Reliable Industrial Chiller Brand
A reliable industrial chiller brand combines engineering expertise, consistent product quality, clear compliance with global standards, and dependable service support. Chiller manufacturers like TEYU illustrate how a balanced approach, covering technical capability, product completeness, environmental compliance, and user-focused service, can meet the diverse requirements of modern industrial applications.