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Precise Temperature Control for Laser Systems and Industrial Applications Since 2002
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Ultraviolet laser marking and its accompanying laser chiller have matured in laser plastic processing, but the application of laser technology (such as laser plastic cutting and laser plastic welding) in other plastic processing is still challenging.
Plastics can be used in thousands of industries such as packaging products, electronic products, electrical appliances, furniture and medical, and are one of the most widely used materials. The most used laser technology for plastics is the marking of graphic characters. For example, cables, charging heads, electronic products, plastic housings of household appliances and other products use laser marking to produce information or brand patterns.
In plastic marking processing, the application of UV laser marking has been very mature and popular, and its supporting cooling system has also developed well. For example, S&A UV laser marking machine chillers have been widely used in plastic processing cooling.
Although UV laser marking technology has matured, the application of laser technology in other plastics processing is still very challenging. In plastic cutting, the thermal sensitivity of plastics and the high control requirements for the laser spot make laser plastic cutting difficult to achieve. In plastic welding, although laser welding has fast speed, high precision, and is environmentally friendly and pollution-free, due to the high cost and immature process, the market capacity is much smaller than that of ultrasonic welding.
With the increasing power of pulsed lasers and ultra-short pulsed lasers, plastic cutting is more and more possible. The advantages of laser welding technology are obvious. With the decline of laser costs and breakthroughs in welding technology, laser welding plastics have a great market and opportunity, which is expected to drive a wave of laser welding equipment boom.
The cooling system is an important part of laser plastic processing, and the laser chiller plays an essential temperature control protection role in the laser processing process. S&A chiller has corresponding chiller equipment for the current plastic laser welding machine. The temperature control accuracy is ±0.3℃, ±0.5℃, and ±1℃. The temperature control range is 5-35℃. The cooling is stable, energy saving and environmental protection. Having a long use life and ensuring the normal operation of the plastic welding machine in a suitable temperature environment.
With the increasing number of laser processing, especially plastic welding processing, it is widely used in the market, coupled with the pursuit of high power, laser plastic welding and its matching plastic welding machine chiller will also become the choice of most users, driving the development of the plastic processing industry.
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TEYU S&A Chiller was founded in 2002 with 22 years of chiller manufacturing experience, and now is recognized as a cooling technology pioneer and reliable partner in laser industry.
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