TEYU Chiller, S&a Chiller's Portable Chiller Manufacturers

In the realm of laser technology, precision and efficiency reign supreme. At TEYU, we understand the critical role that effective cooling plays in ensuring the optimal performance of your handheld laser welder cleaner. That's why we've engineered the TEYU All-in-One Chiller Machine CWFL-1500ANW16, a masterpiece of innovation designed to deliver unwavering temperature control and safeguard the integrity of your 1500W laser system.





Unparalleled Temperature Stability: The Cornerstone of Quality

At the heart of the Dual Cooling Circuit Water Chiller CWFL-1500ANW16 lies an unwavering commitment to temperature stability. With a control range of 5~35℃, our cutting-edge technology ensures precise temperature regulation within ±1°C, a testament to our dedication to safeguarding the delicate balance of your laser system. This unwavering stability translates into a multitude of benefits, including:

1. Enhanced Laser Efficiency: By maintaining optimal operating temperatures, the TEYU Water Chiller CWFL-1500ANW16 prevents degradation in laser performance, ensuring consistently high-quality welds and cleans.

2. Extended Laser Lifespan: Excessive heat buildup can wreak havoc on your laser system, leading to premature component failure. The TEYU Water Chiller CWFL-1500ANW16 actively combats this threat, extending the lifespan of your investment and minimizing downtime.

3. Uncompromising Safety: Uncontrolled heat generation poses significant safety hazards. TEYU Water Chiller CWFL-1500ANW16's robust cooling capabilities eliminate these risks, fostering a safer work environment for you and your team.











Designed for Demanding Applications

The Water Chiller CWFL-1500ANW16 is not merely a cooling solution; it's an unwavering companion tailored to the rigors of demanding applications. Its compact and lightweight design ensures effortless portability, allowing you to seamlessly integrate it into your workflow, regardless of the environment.





Unmatched Versatility: A Water Chiller for Every Need

Our commitment to versatility extends beyond portability. The Water Chiller CWFL-1500ANW16 is meticulously engineered to accommodate various industries' requirements, making it the ideal choice for a diverse spectrum of applications. Ideal for a variety of industries, including manufacturing, automotive, electronics, and more, the CWFL-1500ANW16 is the perfect solution for anyone using a 1500W handheld laser welder and cleaner. Its robust design and superior cooling capabilities make it an essential addition to your laser equipment setup.





TEYU Water Chiller Maker: Your Trusted Partner in Laser Cooling Solutions

At TEYU, we are more than just a water chiller maker; we are your trusted partners in laser cooling technology. Our unwavering commitment to quality, innovation, and customer satisfaction has earned us a reputation as a leading cooling solution provider for the laser industry.





Experience the TEYU Difference

Invest in the TEYU Water Chiller CWFL-1500ANW16 and unlock the true potential of your 1500W handheld laser welder cleaner. Embrace unwavering temperature control, enhanced laser performance, extended laser lifespan, and uncompromising safety. Contact us via sales@teyuchiller.com today to experience the TEYU difference.

Laser cutting is almost the most advanced cutting technique in the world. It is capable of cutting both metal and non-metal materials. Whether you are in automobile industry, engineering machinery or home appliance industry, you can often see the trace of laser cutting. Laser cutting incorporates features like high precision manufacturing, high flexibility, the ability of cutting irregular shape and high efficiency. It can solve the challenges that traditional methods couldn't solve. Today, we are going to tell you some basic knowledge of the laser cutting technology.


Working principle of laser cutting



Laser cutting is equipped with a laser generator which emits high energy laser beam. The laser beam will then be focused by the lens and form a very tiny high energy light spot. By focusing the light spot on appropriate locations, the materials will absorb the energy from the laser light and then evaporate, melt, ablate or reach the ignition point. Then the high pressure auxiliary air (CO2, Oxygen, Nitrogen) will blow away the waste residue. The laser head is driven by a servo motor which is controlled by program and it moves along the pre-determined route on the materials in order to cut out work pieces of different shapes.



Categories of laser generators (laser sources)





Light can be categorized by red light, orange light, yellow light, green light and so on. It can be absorbed or reflected by objects. Laser light is also light. And laser light with different wavelength has different features. The gain medium of the laser generator which is the medium that turns electricity into laser decides the wavelength, output power and application of the laser. And the gain medium can be gas state, liquid state and solid state.



1.The most typical gas state laser is CO2 laser;

2.The most typical solid state laser includes fiber laser, YAG laser, laser diode and ruby laser;

3.Liquid state laser uses some liquids like organic solvent as the working medium to generate laser light.



Different materials absorb laser light of different wavelengths. Therefore, laser generator must be carefully selected. For the automobile industry, the most commonly used laser is fiber laser.





The working modes of the laser source



Laser source often has 3 working modes: continuous mode, modulation mode and pulse mode.



Under continuous mode, the output power of the laser is constant. This makes the heat which enters the materials is relatively even, so it is suitable for speed cutting. This can not only improve the working efficiency but also worsen the effect of the heat-affecting zone.



Under modulation mode, the output power of the laser equals to the function of the cutting speed. It can maintain the heat that enters the materials at relative low level by limiting the power at each spot in order to avoid the uneven cutting edge. Since its control is a little complicated, the working efficiency is not high and can only be used for a short time.



Pulse mode can be divided into normal pulse mode, super pulse mode and super-intense pulse mode. But their main differences are only the differences of intensity. Users can make a decision based on the features of the materials and the precision of the structure.



To sum up, laser often works under continuous mode. But in order to get the optimized cutting quality, for certain kinds of materials, it is necessary to adjust the feed speed, such as the speed up, speed cut and delay when turning. Therefore, under continuous mode, it is not enough just to lower the power. Laser power must be adjusted by changing the pulse.





The parameter setting laser cutting



According to different product requirements, it is necessary to keep adjusting the parameters under different working conditions to get the best parameters. The nominal positioning accuracy of laser cutting can be up to 0.08mm and repeated positioning accuracy can be up to 0.03mm. But in the actual situation, the minimum tolerance is like ±0.05mm for aperture and ±0.2mm for hole site.



Different materials and different thickness require different energy of melting. Therefore, the required output power of the laser is different. In the production, factory owners need to make a balance between production speed and quality and select the suitable output power and cutting speed. Therefore, the cutting area can have appropriate energy and the materials can be melted very effectively.



The efficiency that laser turns electricity into laser energy is around 30%-35%. That means with input power of around 4285W~5000W, the output power is only around 1500W. The actual input power consumption is far bigger than the nominal output power. Besides, according to the law of conservation of energy, other energy turns into heat, so it is necessary to add an industrial water chiller.



S&A is a reliable chiller manufacturer that has 19 years of experience in laser industry. The industrial water chillers it produces are suitable for cooling a wide variety of lasers. Fiber laser, CO2 laser, UV laser, ultrafast laser, laser diode, YAG laser, to name a few. All of the S&A chillers are constructed with time-tested components to ensure trouble-free operation so that users can rest assured using them.

Die cut CO2 laser cutting machine is equipped with refrigeration air cooled water chiller. If the refrigeration air cooled water chiller has problem, the production efficiency of the company will be affected. Therefore, when it comes to buying the refrigeration air cooled water chiller, it is suggested to turn to supplier with well-established after-sales service, like S&A Teyu. For calling after-sales service of S&A Teyu refrigeration air cooled water chiller, please dial 400-600-2093.





In respect of production, S&A Teyu has invested the production equipment of more than one million yuan, ensuring the quality of a series of processes from the core components (condenser) of industrial chiller to the welding of sheet metal; in respect of logistics, S&A Teyu has set up logistics warehouses in the main cities of China, having greatly reduced the damage due to the long-distance logistics of the goods, and improved transport efficiency; in respect of after-sales service, the warranty period is two years.

Water chiller CW-6000 for cooling AD laser welding machine

We cooperate with many university laboratories in Germany and most of them would choose CW-5200 water chiller. Why? 




Well, first of all, Precision. There are plenty of experiments going on in the laboratory which requires high precision. And CW-5200 water chiller features ±0.3°C temperature stability. Such precision is sufficient to many of the ordinary experiments. 



Second, small size. This chiller only measures 58*29*47(L*W*H) and doesn’t consume much space. For laboratory which often has limited space, this compact water chiller no doubt can win the hearts of the laboratory users. Find out more information about CW-5200 water chiller at https://www.teyuchiller.com/recirculating-compressor-water-chillers-cw-5200_p8.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.