Best rated industrial industrial water chiller supplier? We have been helping customers in more than 50 countries to solve the overheating problems in their machines with our constant commitment to stable product quality, continuous innovation and understanding of customer needs. Operating with latest technology and advanced production lines in 18,000m2 ISO qualified production facilities with 400 employees, our production capacity now reaches 100,000+ units per year. All S&A industrial water chiller systems are REACH, RoHS and CE certified. Discover more info on industrial chiller manufacturers.
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.
According to relevant information, 500W laser cutting equipment became the mainstream in 2014, and then quickly evolved into 1000W and 1500W, followed by 2000W to 4000W. In 2016, laser cutting equipment with a power of 8000W began to appear. In 2017, the fiber laser cutting machine market began to move towards the era of 10 KW, and then it was updated and iterated at 20 KW, 30 KW, and 40 KW. Fiber lasers continued to develop in the direction of higher-power lasers. S&A was established in 2002 and has 20 years of experience in chiller manufacturing. S&A has specially developed CWFL series chillers for fiber lasers, in addition to chillers for CO2 laser equipment, chillers for ultrafast laser equipment, chillers for ultraviolet laser equipment, chillers for water-cooled machines, etc. Which can meet the cooling and cooling requirements of most laser equipment.
Laser processing technique is now pretty common in a wide variety of industries. For mold industry, although laser cutting and laser welding seem to not find its proper use for the moment, laser cleaning has become increasingly used in mold surface treatment, outperforming traditional cleaning. When it comes to mold, it’s quite easy to understand. From the cake making to big industrial machine, it requires mold to finish. Our country has the world’s biggest manufacturing business and every industrial machine has various types which require different molds. Since mold needs to be in contact with high temperature material or needs to face the punch or stress, it is often made from metal.
If you are looking for rack mount chillers for your fiber laser, the RMFL series are the perfect choices. They are specially designed for handheld fiber laser welding machines up to 2KW and also have the dual temperature function. 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. Discover additional information on teyuchiller.com.