High quality industrial chiller manufacturer and supplier? Rigorous Quality Control: As one of professional industrial chiller manufacturers, Quality is our top priority and it goes throughout the whole production phases, from the purchasing of the raw materials to the delivery of the chiller. Each of our chiller is tested in laboratory under simulated load condition and it conforms to CE, RoHS and REACH standards with 2 years of warranty. We Are Always There For You: Our professional team is always at your service whenever you need information or professional help about industrial chiller. We even set up service points in Russia, UK, Poland, Mexico, Australia, Singapore, India, Korea and Taiwan to provide faster service for the oversea clients. Read extra info on industrial water chiller manufacturers.
Laser cleaning technique has become more and more mature. From the original 200W to nowadays 2000W, laser cleaning machine can perform more and more demanding cleaning. Therefore, it has a great future in mold industry. For laser cleaning machines with different powers, S&A Chiller can provide suitable laser water chillers to match them and the cooling capacity can be up to 30KW. We have been helping many laser cleaning machine users to solve the overheating problem. S&A Chiller has been developing and producing laser water chillers for 20 years. They cover almost every laser application. We are constantly keeping an eye on the new application in laser industry and developing chillers that match them. With constant innovation, we have become a well-known brand in the laser cooling market.
Traditional glass cutting uses CNC grinding machine as the processing method. However, using CNC grinding machine to cut glass often leads to high failure rate, more material waste and decreased cutting speed and quality when it comes to irregular shape glass cutting. Besides, micro crack and crumble will occur when the CNC grinding machine cuts through the glass. More importantly, post procedures like polishing are often required to clean up the glass. And that is not only time consuming but also human labor consuming. Comparing with traditional glass cutting method mentioned before, the mechanism of laser glass cutting is outlined. Laser technology, especially ultrafast laser, has now brought so many benefits to the customers. It is easy to use, non-contact with no pollution and at the same time can guarantee smooth cut edge. Ultrafast laser is gradually playing an important role in high precision cutting in glass.
In practical application scenarios, the laser processing requirements of most common products in industrial manufacturing are within 20 mm, which is just in the range of lasers with a power of 2000W to 8000W. Users are very aware of their products and processing needs, pay more attention to the stability and continuous processing capabilities of high-power machines, and will choose products that better meet their own needs. Laser processing equipment in the medium and high power segment can meet most processing needs, with high-cost performance, and the industry chain is relatively mature and perfect. It will occupy the most important market in recent years and the next few years.
Fiber laser has the highest photoelectric conversion efficiency among all the laser sources and it is widely used in laser cutting and laser welding in metal fabrication. However, it is inevitable to generate heat. Excessive heat will lead to poor laser system performance and shorter life. To remove that heat, a reliable laser water cooler is highly recommended. CO2 laser is commonly used in laser cutting, laser engraving and laser marking on non-metal materials. But whether it is DC tube (glass) or RF tube(metal), overheating is likely to happen, causing expensive maintenance and affecting the laser output. Therefore, maintaining consistent temperature is of utmost importance to CO2 laser. See extra info at https://www.teyuchiller.com/.