Best rated industrial laser chiller provider? 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. Read more info at industrial 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.
As we know, ultrafast laser refers to pulse laser with pulse width of equal or less than picosecond laser level. That makes it have very high peak power. For transparent materials like glass, when the super high peak power laser is focused inside the materials, the non-linear-polarization inside the materials changes the light transmission feature, making the light beam to self focus. Since the peak power of ultrafast laser is so high, the pulse keeps focusing inside the glass and transmitting to the inside of the material without diverging until the laser power is not enough to support the ongoing self focusing movement. And then where the ultrafast laser transmits will leave silk-like traces with diameter of several micrometer. By connecting these silk-like traces and imposing stress, the glass can be cut perfectly without burr. In addition, ultrafast laser can perform curve cutting quite perfectly, which can meet the increasing demand of curved screens of the smart phones these days.
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.
S&A CWFL series air cooled chillers could be your ideal cooling solution. They are designed with dual temperature control functions and applicable to cool 500W to 30000W fiber laser. Sizing the chiller is generally determined by the power of the fiber laser. S&A CW series CO2 laser chillers do a great job in controlling the temperature of the CO2 laser. They offer cooling capacity ranging from 800W to 30000W and are available in small size and big size. Sizing the chiller is determined by the power or the heat load of the CO2 laser. See even more information on https://www.teyuchiller.com/.
