High quality industrial laser chiller supplier? Since 2002, S&A Chiller has been dedicated to industrial chiller units and serving a wide variety of industries, especially the laser industry. Our experience in precision cooling enables us to know what you need and what cooling challenge you are facing. From ±1C to ±0.1C stability, you can always find a suitable water chiller here for your processes. To produce the best quality laser water chillers, we introduced advanced production line in our 18000m2 production base and set up a branch to specifically manufacture sheet metal, compressor & condenser which are the core components of water chiller. Annual production capacity now reaches 100,000+ units per year. See additional info at industrial laser chiller manufacturers.
In the actual use, there are often some urgent problems that need to be solved in mold. And the most important one is the cleaning of the mold. Some metal molds are used to be the prototyping of high temperature hot melting material. When the products have finished and are taken out from the molds, there are often material residue left on the molds. This requires people to clean the molds, for this will affect the next product making, but that would be quite time consuming. What’s more, molds are easy to get rusty. Since most of the industrial molds are made from steel, they would become rusty after being used for a period of time. And molds need to be cleaned properly before they are used on the machine. However, traditional cleaning would cost a huge labor and cost, which is very bad for the 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.
The main application of laser chillers is to cool laser equipment. Correspondingly, the power is mainly concentrated in the medium and high power sections. Taking the S&A fiber laser chiller CWFL series as an example, the main models are CWFL-1000, CWFL-1500, CWFL-2000, CWFL-3000, CWFL-4000, CWFL-6000, CWFL-8000, CWFL-12000, CWFL-20000, etc., which providing cooling capacity from 1KW to 30KW, and satisfying the most cooling requirements of fiber laser cutting, fiber laser welding, and other laser equipment.
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. Read more info on https://www.teyuchiller.com/.