Best rated industrial co2 laser chiller supplier
Excellent industrial industrial water chiller factory? 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. Find even more information at industrial chiller manufacturers.
Is the laser cutter power the higher the better? Laser cutter has become quite common these days. It offers unmatched cutting quality and cutting speed, which outperforms many traditional cutting methods. But for many people who are the laser cutter users, they often have a misunderstanding – the higher the laser cutter power the better? But is it really the case? Well, absolutely not. In terms of laser power, laser cutter can be divided into low power laser cutter, middle power laser cutter and high power laser cutter. For relatively thin stainless steel sheet and carbon steel sheet, low power laser cutter should be sufficient to perform high quality cutting while maintaining high cutting speed. Choosing the right one can help you not only improve the working efficiency but also save considerable operating cost. So what should be considered when selecting a proper laser cutter?
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.
But ever since laser cleaning is introduced in mold cleaning, things have become different. Laser cleaning uses high power and high frequency laser light on the mold surface so that the residue, rust, oi stain, etc. can evaporate from the mold surface or become particle instantly. You might see the result of laser cleaning. When the laser beam moves along on the material surface, the surface can become quite clean within seconds. Nowadays, laser cleaning can be performed effectively on flat surface, curved surface, hole and gap. The common handheld laser cleaning machine is already quite effective on removing rust from general metal molds and the cleaning time is only 1/10 of traditional cleaning. Besides, many manufacturers are now considering installing laser cleaning machines on the mold production lines to realize monitoring and automatic cleaning the material residue on the molds, which is very efficient.
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 details on https://www.teyuchiller.com/.
