High Quality Fiber Laser Chiller
GUANGZHOU TEYU ELECTROMECHANICAL CO., LTD. is very proud of the versatility and wide application that lie in the fiber laser chiller. The product can find its wide use in many application fields. What has been said by many clients is that it performs fairly well and is known for its durability and long service life. With its strong flexibility and practicality, the product has become a top-selling product.
TEYU Chiller, S&A Chiller's ongoing commitment to quality continues to make our products preferred in the industry. Our high quality products satisfy customers emotionally. They are extremely approving with the products and services we provide and have a strong emotional attachment to our brand. They deliver enhanced value to our brand by buying more products, spending more on our products and returning more often.
This fiber laser chiller ensures precise temperature regulation for optimal performance and longevity of fiber laser systems. It integrates advanced cooling technology to maintain stable operating conditions, especially under demanding workloads. Its efficient design makes it essential for applications needing consistent thermal management.
How to choose fiber laser chiller?
- High energy efficiency ensures optimal cooling performance while minimizing power consumption, reducing operational costs.
- Ideal for continuous industrial operations where consistent cooling is critical for uninterrupted fiber laser functionality.
- Look for chillers with advanced heat exchange systems and variable speed compressors for adaptive energy-saving performance.
- Ensures stable temperature control and uninterrupted operation, even in demanding environments with heavy usage.
- Suitable for critical applications like medical or aerospace laser systems where reliability is paramount.
- Choose models with redundant cooling circuits and self-diagnostic features to prevent unexpected downtime.
- Built with corrosion-resistant materials and robust components to withstand harsh industrial conditions over extended periods.
- Perfect for high-dust or high-humidity environments commonly found in manufacturing facilities.
- Opt for units with extended warranties and low-maintenance designs to maximize long-term durability.
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Microfluidics was developed in the 1980s and refers to a technology for precise control and manipulation of micro-scale fluids, especially submicron structures. It is an interdisciplinary technology involving chemistry, fluid physics, microelectronics, new materials, biology, and biomedical engineering. Thanks to its small volume, low energy consumption, and small device footprint, microfluidics is highly promising for a variety of applications in medical diagnosis, biochemical analysis, chemical synthesis, and environmental monitoring.
The mainstream form of microfluidic chips refers to the basic integration of operating units involved in the fields of chemistry and biology such as sample preparation, reaction, separation, detection, cell culture, sorting, and lysis into a piece of several square centimeters or even on a smaller chip. A network of microchannels is formed, and a controllable fluid runs through the entire system. Microfluidic chips have several advantages such as light volume, less sample and reagent volume, fast reaction speed, large-scale parallel processing, and disposability in the fields of biology, chemistry, medicine, etc.
Precision Laser Welding Enhances Microfluidic Chip
A microfluidic chip is a small plastic-based chip that integrates multiple steps, including sample preparation, biochemical reactions, and result detection. However, to convert the number of reagents into microliters or even nanoliters or picoliters, the welding technology requirements are extremely high.
Common welding techniques like ultrasonic, heat pressing, and gluing have drawbacks. Ultrasonic technology is prone to spillage and dust, while hot pressing technology can easily deform and overflow, resulting in low production efficiency.
Laser welding, on the other hand, is a non-contact welding technique that uses a thin laser beam to connect parts with extreme precision and speed. This method does not impact the flow channel, and welding accuracy can be as precise as 0.1mm from the edge of the welding wire to the flow channel. There is no vibration, noise, or dust during the welding process. Such a clean welding method makes it an ideal choice for the precision welding requirements of medical plastic products.
Laser Welding Must Be Equipped With a Laser Chiller
For microfluidic chip precision processing, the laser welding machine needs to accurately control the laser's temperature to ensure the stability of the laser beam output. Thus a laser welding chiller is necessary. TEYU laser chiller manufacturer has over 21 years of laser cooling experience, with more than 90 products applicable to over 100 industries. For instance, CWFL series chillers provide a dual temperature control mode for cooling the laser and the optics separately. Multiple alarm warnings, and Modbus-485 functions, provide strong support for the fine processing of laser welding.
The mainstream form of microfluidic chips refers to the basic integration of operating units involved in the fields of chemistry and biology such as sample preparation, reaction, separation, detection, cell culture, sorting, and lysis into a piece of several square centimeters or even on a smaller chip. A network of microchannels is formed, and a controllable fluid runs through the entire system. Microfluidic chips have several advantages such as light volume, less sample and reagent volume, fast reaction speed, large-scale parallel processing, and disposability in the fields of biology, chemistry, medicine, etc.
Precision Laser Welding Enhances Microfluidic Chip
A microfluidic chip is a small plastic-based chip that integrates multiple steps, including sample preparation, biochemical reactions, and result detection. However, to convert the number of reagents into microliters or even nanoliters or picoliters, the welding technology requirements are extremely high.
Common welding techniques like ultrasonic, heat pressing, and gluing have drawbacks. Ultrasonic technology is prone to spillage and dust, while hot pressing technology can easily deform and overflow, resulting in low production efficiency.
Laser welding, on the other hand, is a non-contact welding technique that uses a thin laser beam to connect parts with extreme precision and speed. This method does not impact the flow channel, and welding accuracy can be as precise as 0.1mm from the edge of the welding wire to the flow channel. There is no vibration, noise, or dust during the welding process. Such a clean welding method makes it an ideal choice for the precision welding requirements of medical plastic products.
Laser Welding Must Be Equipped With a Laser Chiller
For microfluidic chip precision processing, the laser welding machine needs to accurately control the laser's temperature to ensure the stability of the laser beam output. Thus a laser welding chiller is necessary. TEYU laser chiller manufacturer has over 21 years of laser cooling experience, with more than 90 products applicable to over 100 industries. For instance, CWFL series chillers provide a dual temperature control mode for cooling the laser and the optics separately. Multiple alarm warnings, and Modbus-485 functions, provide strong support for the fine processing of laser welding.
For users living in cold areas all year round, they could probably need a heater for their S&A Teyu water chiller CW-5200 to keep the water from getting frozen. Many of them would ask, “Does this CW-5200 chiller offer heater in the delivery?” Well, heater is an optional item and users can specify to our sales colleague when they place the order.
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.
Industrial spindle chiller unit is often added to cool CNC router spindle to keep it from having excessive heat. There are many components in industrial spindle chiller unit and one of them is water pressure gauge. You may notice there is some liquid inside. Some people may be curious about what the liquid is. Well, the liquid is oil and it serves to prevent vibration.
After 18-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.
Well, water cooling is more stable and it enables water temperature regulating so that the laser source of flatbed laser cutter can be maintained at a normal temperature range. On the contrary, air cooling can’t do so. Therefore, water cooling is better than air cooling. For water cooling chiller, we recommend S&A Teyu CW series water cooling chillers which can cool down the flatbed laser cutter effectively.
After 18-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.
TEYU S&A Chiller Manufacturer at BEW 2024
The 27th Beijing Essen Welding & Cutting Fair (BEW 2024) is currently in full swing, and we are delighted to announce that the TEYU S&A Chiller booth is drawing significant interest from industry professionals and attendees.
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
TEYU S&A Chiller Manufacturer
at the 27th Beijing Essen Welding & Cutting Fair
More about TEYU S&A Chiller Manufacturer
TEYU S&A Chiller is a well-known chiller manufacturer and supplier, established in 2002, focusing on providing excellent cooling solutions for the laser industry and other industrial applications. It is now recognized as a cooling technology pioneer and reliable partner in the laser industry, delivering on its promise - providing high-performance, high-reliability and energy-efficient industrial water chillers with exceptional quality.
Our industrial water chillers are ideal for a variety of industrial applications. Especially for laser applications, we have developed a complete series of laser chillers, from stand-alone units to rack mount units, from low power to high power series, from ±1℃ to ±0.1℃ stability technology applications.
Our industrial water chillers are widely used to cool fiber lasers, CO2 lasers, YAG lasers, UV lasers, ultrafast lasers, etc. Our industrial water chillers can also be used to cool other industrial applications including CNC spindles, machine tools, UV printers, 3D printers, vacuum pumps, welding machines, cutting machines, packaging machines, plastic molding machines, injection molding machines, induction furnaces, rotary evaporators, cryo compressors, analytical equipment, medical diagnostic equipment, etc.
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