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fiber laser chiller

You’re in the right place for fiber laser chiller.By now you already know that, whatever you are looking for, you’re sure to find it on TEYU S&A Chiller.we guarantee that it’s here on TEYU S&A Chiller.
People can wear this product for years. Even it is washed and dried many times, it still looks good and comfortable to wear. .
We aim to provide the highest quality fiber laser chiller.for our long-term customers and we will actively cooperate with our customers to offer effective solutions and cost benefits.
  • Industrial Temperature Control System CWFL-6000 for 6KW High Power Fiber Laser
    Industrial Temperature Control System CWFL-6000 for 6KW High Power Fiber Laser
    Industrial temperature control system CWFL-6000 comes with a dual refrigeration circuit. Each refrigeration circuit is working independently from the other. It is specially designed for fiber laser processes up to 6KW. Thanks to this brilliant circuit design, both the fiber laser and the optics can be perfectly cooled. Therefore, the laser output from the fiber laser processes can be more stable. The water temperature control range for this water chiller machine is 5°C ~35°C. Each of the chiller is tested under simulated load conditions at the factory before shipment and conforms to CE, RoHS and REACH standards. With Modbus-485 communication function, CWFL-6000 fiber laser chiller can communicate with the laser system very easily. 
  • Industrial Water Cooling System CWFL-8000 for 8KW Fiber Laser Machine
    Industrial Water Cooling System CWFL-8000 for 8KW Fiber Laser Machine
    Industrial water cooling system CWFL-8000 is often used to mitigate the heat that is generated in the fiber laser machine up to 8KW. Thanks to its dual temperature control circuit design, both the fiber laser and the optics can be perfectly cooled. The refrigerant circuit system adopts solenoid valve bypass technology to avoid frequent start and stop of the compressor to prolong its service life. Water tank is made of stainless steel with 100L capacity while a fan-cooled condenser features superior energy efficiency. Available in 380V 50HZ or 60hz, CWFL-8000 fiber laser chiller works with Modbus-485 communication, allowing a higher level of connection between the chiller and the laser system. 
  • Laser Cooling Machine CWFL-30000 for 30KW High Performance Fiber Laser
    Laser Cooling Machine CWFL-30000 for 30KW High Performance Fiber Laser
    Laser cooling machine CWFL-30000 is designed to offer advanced features while also making 30KW fiber laser cooling easier and more efficient. With dual refrigeration circuit, this circulating water chiller has enough capacity to cool the fiber laser and the optics independently and simultaneously. All of the components are carefully selected to ensure reliable operation. A smart temperature controller is installed with advanced software to optimize the chiller's performance. The refrigerant circuit system adopts solenoid valve bypass technology to avoid frequent start and stop of the compressor to prolong its service life. RS-485 interface is provided for communication with the fiber laser system.
  • Features and Prospects of Fiber Lasers & Chillers
    Features and Prospects of Fiber Lasers & Chillers
    Fiber lasers, as a dark horse among the new types of lasers, have always received significant attention from the industry. Due to the small core diameter of the fiber, it is easy to achieve high power density within the core. As a result, fiber lasers have high conversion rates and high gains. By utilizing fiber as the gain medium, fiber lasers have a large surface area, which enables excellent heat dissipation. Consequently, they have higher energy conversion efficiency compared to solid-state and gas lasers. In comparison to semiconductor lasers, the optical path of fiber lasers is entirely composed of fiber and fiber components. The connection between fiber and fiber components is achieved through fusion splicing. The entire optical path is enclosed within the fiber waveguide, forming a unified structure that eliminates component separation and greatly enhances reliability. Furthermore, it achieves isolation from the external environment. Moreover, fiber lasers are capable of operating in various harsh working environments. Fiber laser chillers will develop with the development of fiber lasers, and continuously upgrade themselves to adapt to changes in the cooling requirements of fiber lasers to promote all their development.
  • Water Chiller Ensures Reliable Cooling for Laser Hardening Technology
    Water Chiller Ensures Reliable Cooling for Laser Hardening Technology
    TEYU fiber laser chiller CWFL-2000 is equipped with a dual-temperature control system, providing efficient active cooling and a large cooling capacity, it guarantees thorough cooling of critical components in laser hardening equipment. Moreover, it incorporates multiple alarm functions to ensure the safe operation of laser hardening equipment and enhance production efficiency.
  • The laser suddenly cracked in winter?
    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 and you will know whether adding antifreeze is more cost-effective than repairing the laser. Ensure the chiller is under power-off state, unscrew the water supply inlet cap, turn on the water drain tap, drain the residual water and turn off the water drain tap, pour the prepared mixing solution in the chiller. Antifreezing solution used for a long time will have certain deterioration and become more corrosive. Its viscosity will also change. Don’t forget to replace the mixing solution with pure water after cold weather gone.
  • S&A Industrial Water Chiller CWFL-6000 Ultimate Waterproof Test
    S&A Industrial Water Chiller CWFL-6000 Ultimate Waterproof Test
    X Action Codename: Destroy the 6000W Fiber Laser ChillerX Action Time: Boss Is AwayX Action Location: Guangzhou Teyu Electromechanical Co., Ltd.Today’s target is to destroy the S&A Chiller CWFL-6000. Be sure to complete the task.S&A 6000W Fiber Laser Chiller Waterproof Test. Turned on the 6000W fiber laser chiller and repeatedly splashed water on it, but it is too strong to destroy. It still boots normally.Finally, the mission failed!
  • S&A Industrial Water Chiller CWFL-3000 Manufacturing Process
    S&A Industrial Water Chiller CWFL-3000 Manufacturing Process
    How the 3000W fiber laser chiller is made?First is the laser cutting process of the steel plate, after which is the bending sequence, and then the anti-rust coating treatment. After the bending technique by the machine, the stainless steel pipe will form a coil, which is the evaporator part of the chiller. With other core cooling parts, the evaporator will be assembled on the bottom sheet metal. Then install the water inlet and outlet, weld the pipe connection part, and fill the refrigerant. Then rigorous leak detection tests are performed. Assemble a qualified temperature controller and other electric components. The computer system will automatically follow up the completion of each progress. Parameters are set and water is injected, and the charging test is then made. After a series of strict room temperature tests, plus the high temperature tests, the last is the exhaustion of residual moisture. Finally, a 3000W fiber laser chiller is completed.
  • The advantages of laser cladding technology and its configuration of industrial water chiller
    The advantages of laser cladding technology and its configuration of industrial water chiller
    Laser cladding technology often uses kilowatt-level fiber laser equipment, and is widely adopted in various fields such as engineering machinery, coal machinery, marine engineering, steel metallurgy, petroleum drilling, mold industry, automotive industry, etc. S&A chiller provides efficient cooling for the laser cladding machine, high temperature stability can reduce the fluctuation of water temperature, stabilize the output beam efficiency, and prolong the service life of the laser machine.
  • A variety of S&A laser chillers appeared at ITES Shenzhen International Industrial Exhibition
    A variety of S&A laser chillers appeared at ITES Shenzhen International Industrial Exhibition
    ITES is one of the large industrial exhibitions in China and attracted 1000+ brands to participate to promote the exchange and dissemination of industrial advanced manufacturing. S&A industrial water chiller is also be used for cooling advanced laser equipment at the industrial exhibition.
  • S&A CWFL PRO Series New Upgrade
    S&A CWFL PRO Series New Upgrade
    S&A industrial laser chiller CWFL series products have good performance in the cooling systems of various laser processing equipment. They can effectively control the temperature of the laser and ensure its continuous and stable operation. The upgraded CWFL PRO series laser chillers have obvious advantages.  
  • S&A Chiller Temperature Control for Laser Cladding Technology
    S&A Chiller Temperature Control for Laser Cladding Technology
    In the fields of industry, energy, military, machinery, remanufacturing and others. Affected by the production environment and heavy service load, some important metal parts of may corrode and wear. To prolong the work life of the expensive manufacturing equipment, parts of the metal surface of the equipment need to be treated early or repaired. Through the synchronous powder feeding method, laser cladding technology helps deliver the powder to the matrix surface, using high-energy and high-density laser beams, to melt the powder and some matrix parts, helping to form a cladding layer on the surface with performance superior to that of the matrix material, and form a metallurgical bonding state with the matrix, so as to achieve the purpose of surface modification or repair.Compared with traditional surface processing technology, laser cladding technology features low dilution, with coating well bonded with the matrix,  and great change in particle size and content. The laser cladding technology usually applies to kilowatt fiber laser equipment. S&A chiller offers laser melting equipment with temperature control solution. With dual modes: constant temperature and intelligent control. Supports Modbus-485 communication. Achieving real-time communication between the laser cladding system and the chiller and monitoring the chiller’s working condition and modifying its parameters. The chiller also comes with over temp and flow alarm function, working with laser cladding equipment to treat or repair some important metal surface parts, meeting with demands of the parts for specific performance of material surface, which can save abundant precious metallic element and reduce production and operation costs of the enterprise.
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