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. Find additional details at industrial chiller manufacturers.
Although our industrial recirculating chillers are designed with laser as target application, they are also perfect for other industrial applications that require precise cooling, e.g. machine tool, UV printer, vacuum pump, MRI equipment, induction furnace, rotary evaporator, medical diagnostic equipment,etc.. These closed loop water chiller systems are easy to install, energy efficient, highly reliable and have low maintenance. S&A Chiller, a reliable process chillers manufacturer you can rely on.
The type and thickness of the materials to be processed: Generally speaking, the thicker the materials, the bigger the cutting difficulty. That means thicker materials require laser cutters of higher power. And there are two common types of laser cutters. One is CO2 laser cutter and the other is fiber laser cutter. For cutting non-metal materials, CO2 laser cutter is often the ideal option. And for metal materials, fiber laser cutter works better. Many people would consider the ratio of investment and output. It is normal that the higher the power of the laser cutter, the more expensive it will be. And different configurations inside the laser cutter also lead to price difference.
After the power of fiber laser cutting machine entered the 10KW era in 2016, the laser processing power gradually formed a pyramid-like layering, with ultra-high power above 10KW at the top, medium and high power 2KW to 10KW in the middle, and below 2KW occupying the bottom cutting application market. The increase in power will bring higher processing efficiency. For the same thickness of metal plates, the processing speed efficiency of a 12KW laser cutting machine is about twice that of 6KW. Ultra-high-power laser cutting equipment mainly cuts metal materials with a thickness of more than 40 mm, and most of these materials appear in high-end equipment or special fields.
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. Find extra info on teyuchiller.com.