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Learn about industrial chiller technologies, working principles, operation tips, and maintenance guidance to help you better understand and use cooling systems.

What Can Industrial Chillers Do for Laser Systems?
What Can Industrial Chillers Do for Laser Systems? Industrial chillers can keep a precise laser wavelength, ensure the needed beam quality of the laser system, reduce thermal stress and keep higher output power of lasers. TEYU industrial chillers can cool fiber lasers, CO2 lasers, excimer lasers, ion lasers, solid-state lasers, and dye lasers, etc. to ensure the operational accuracy and high performance of these machines.
2023 05 12
Power Variations of Lasers and Water Chillers in the Market
With excellent performance, high power laser equipment is becoming more and more popular in the market. In 2023, a 60,000W laser cutting machine is launched in China. The R&D team of TEYU S&A Chiller Manufacturer has been committed to providing powerful cooling solutions for 10kW+ lasers, and now has developed a series of high-power fiber laser chillers while the water chiller CWFL-60000 can be used for cooling 60kW fiber lasers.
2023 04 26
What Advantages Can An Industrial Chiller Bring To Lasers?
DIY a "cooling device" for laser may be theoretically possible, but it may not be as precise and the cooling effect may be unstable. The DIY device can also potentially damage your costly laser equipment, which is an unwise choice in the long run. So equipping a professional industrial chiller is essential to ensure the safe and stable operation of your laser.
2023 04 13
Robust & Shock Resistant 2kW Handheld Laser Welding Chiller
Here comes our robust and shock-resistant handheld laser welding chiller CWFL-2000ANW~ With its all-in-one structure, users do not need to design a cooling rack to fit in the laser and the chiller. It is lightweight, movable, space-saving and easy to carry to the processing site of various application scenes. Get ready to be inspired! Click to watch our video now.Find more about handheld laser welder chiller at https://www.teyuchiller.com/fiber-laser-chillers_c2
2023 03 28
Does The Water Pump Pressure Of An Industrial Chiller Affect Chiller Selection?
When selecting an industrial water chiller, it is essential to ensure that the cooling capacity of the chiller aligns with the required cooling range of the processing equipment. Additionally, the temperature control stability of the chiller should also be considered, along with the need for an integrated unit. You should also pay attention to the water pump pressure of the chiller.
2023 03 09
Industrial Chiller Water Circulation System And Water Flow Fault Analysis | TEYU Chiller
The water circulation system is an important system of industrial chiller, which is mainly composed of pump, flow switch, flow sensor, temperature probe, solenoid valve, filter, evaporator and other components. Flow rate is the most critical factor in the water system, and its performance directly affects the refrigeration effect and cooling speed.
2023 03 07
Refrigeration Principle Of Fiber Laser Chiller | TEYU Chiller
What is the refrigeration principle of the TEYU fiber laser chiller? The chiller's refrigeration system cools the water, and the water pump delivers the low-temperature cooling water to the laser equipment that needs to be cooled. As the cooling water takes away the heat, it heats up and returns to the chiller, where it is cooled again and transported back to the fiber laser equipment.
2023 03 04
What Is An Industrial Water Chiller? | TEYU Chiller
An industrial water chiller is a kind of water cooling equipment that can provide constant temperature, constant current, and constant pressure. Its principle is to inject a certain amount of water into the tank and cool the water through the refrigeration system of the chiller, then the water pump will transfer the low-temperature cooling water to the equipment to be cooled, and the water will take away the heat in the equipment, and return to the water tank for cooling again. Cooling water temperature can be adjusted as required.
2023 03 01
How to judge the quality of industrial water chillers?
Industrial water chillers have been widely applicable to a broad range of fields, including the laser industry, chemical industry, mechanical processing manufacturing industry, electronic industry, automobile manufacturing industry, textile printing, and dyeing industry, etc. It's no exaggeration that the quality of the water chiller unit will directly affect the productivity, yield, and equipment service life of these industries. From what aspects can we judge the quality of industrial chillers?
2023 02 24
Industrial Water Chiller Refrigerant's Classification and Introduction
Based on chemical compositions, industrial chiller refrigerants can be divided into 5 categories: inorganic compound refrigerants, freon, saturated hydrocarbon refrigerants, unsaturated hydrocarbon refrigerants, and azeotropic mixture refrigerants. According to the condensing pressure, chiller refrigerants can be classified into 3 categories: high-temperature (low-pressure) refrigerants, medium-temperature (medium-pressure) refrigerants, and low-temperature (high-pressure) refrigerants. The refrigerants widely used in industrial chillers are ammonia, freon, and hydrocarbons.
2023 02 24
What should be paid attention to when using industrial water chillers?
Using the chiller in an appropriate environment can reduce processing costs, improve efficiency and prolong the laser service life. And what should be paid attention to when using industrial water chillers? Five main points: operating environment; water quality requirements; supply voltage and power frequency; refrigerant usage; regular maintenance.
2023 02 20
The laser suddenly cracked in winter?
Maybe you forgot to add antifreeze. First, let’s see the performance requirement on antifreeze for chiller and compare various types of antifreeze on the market. Obviously, these 2 are more suitable. To add antifreeze, we must first understand the ratio. Generally, the more antifreeze you add, the lower the freezing point of water, and the less likely it is to freeze. But if you add too much, its antifreezing performance will decrease, and it is pretty corrosive. Your need to prepare the solution in proper proportion based on the winter temperature in your region.Take the 15000W fiber laser chiller as an example, the mixing ratio is 3:7(Antifreeze: Pure Water) when used in the region where the temperature is not lower than -15℃. First to take 1.5L of antifreeze in a container, then add 3.5L of pure water for 5L mixing solution. But the tank capacity of this chiller is about 200L, actually it needs around 60L antifreeze and 140L pure water to fill in after intensive mixing. Calculate...
2022 12 15
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