Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
When purchasing laser equipment, pay attention to the power of the laser, optical components, cutting consumables and accessories, etc. In the selection of its chiller, while matching the cooling capacity, it is also necessary to pay attention to the cooling parameters such as the voltage and current of the chiller, the temperature control, etc.
To ensure proper curing and to maintain the desired properties of the foam gasket, it is crucial to control the temperature. TEYU S&A water chillers have a cooling capacity of 600W-41000W and a temperature control accuracy of ±0.1°C-±1°C. They are ideal cooling equipment for PU foam sealing gasket machines.
Water cooling covers the entire power range that CO₂ lasers can achieve. In the actual production process, the water temperature adjustment function of the chiller is usually used to keep the laser equipment within a suitable temperature range to ensure the continuous and stable operation of the laser equipment.
In practical application scenarios, the laser processing requirements of most common products in industrial manufacturing are within 20 mm, which is in the range of lasers with a power of 2000W to 8000W. The main application of laser chillers is to cool laser equipment. Correspondingly, the power is mainly concentrated in the medium and high power sections.
Lasers are mainly used in industrial laser processing such as laser cutting, laser welding, and laser marking. Among them, fiber lasers are the most widely used and mature in industrial processing, promoting the development of the entire laser industry. Fiber lasers develop in the direction of higher-power lasers. As a good partner to maintain the stable and continuous operation of laser equipment, chillers are also developing towards higher power with fiber lasers.
Laser marking machine can be divided into fiber laser marking machine, CO2 laser marking machine and UV laser marking machine according to different laser types. The items marked by these three types of marking machines are different, and the cooling methods are also different. Low power does not require cooling or uses air cooling, and high power uses chiller cooling.
S&A ultrafast laser chiller CWUP-20 can help ultrafast laser cutting. For laser cutting machine to provide±0.1 ℃ temperature control, accurate temperature control to reduce the fluctuation of water temperature, stable laser light rate, S&A CWUP-20 provide a good guarantee of cutting quality.
With the high quality sterilization, UVC is well recognized by the worldwide medical industry. This has led to the increasing number of UV curing machine manufacturers, suggesting that applications that require UV LED curing technology is also rising. So how to choose a suitable UV curing machine? What should be taken into account?
There are two common cooling methods in CNC router spindle. One is water cooling and the other is air cooling. As their names suggest, air cooled spindle uses fan to dissipate the heat while water cooled spindle uses water circulation to take away the heat from the spindle. What would you choose? Which is more helpful?
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.
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?
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.