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To optimize internal connectors and circuit structures of mobile phones, laser processing technology has emerged. Ultraviolet laser marking technology in these devices makes them more aesthetically pleasing, clear, and durable. Laser cutting is also widely used in connector cutting, speaker laser welding, and other applications within mobile phone connectors. Whether it's UV laser marking or laser cutting, it is necessary to use a laser chiller to reduce thermal stress and achieve higher output efficiency.
In this era of technology, mobile phones have become an essential part of people's daily lives. However, apart from the outer shell and touchscreen that we use daily, the internal connectors and circuit structures of mobile phones are equally important. To optimize these details, laser processing technology has emerged.
Among the output devices, USB connectors and headphone jacks are the most common. The application of ultraviolet laser marking technology in these devices makes them more aesthetically pleasing, clear, and durable. Through UV laser marking, the marked lines are more delicate, without visible burst points, and have no apparent tactile sensation. This is because UV laser marking machines use cold light source UV lasers, which have a minimal thermal impact and are suitable for micro-laser marking processes, demonstrating significant advantages in processing white plastic materials.
However, in some low-demand areas, white plastic can also be marked using pulse fiber laser marking. In this case, the lines are thicker, with greater thermal impact, visible burst points, and more noticeable tactile sensations. Although it has advantages in terms of stability and price compared to UV laser marking machines, its overall performance is still not as good as UV marking machines.
In addition to UV laser marking, laser cutting is also widely used in connector cutting, speaker laser welding, and other applications within mobile phone connectors. Laser processing technology has gradually penetrated various manufacturing industries and become an essential tool in manufacturing.
Whether it is UV laser marking or laser cutting, it is necessary to use a laser chiller to remove excess heat, maintain accurate laser wavelengths, achieve the desired beam quality, reduce thermal stress, and achieve higher output efficiency. If you want your laser equipment to operate at high performance and have a longer lifespan, then TEYU laser chillers are your ideal assistant!
TEYU UV laser chillers are not only easy to operate but also compact in size, saving you a significant amount of space. They have a temperature stability of up to ±0.1℃, providing stable and efficient cooling, and can meet the cooling requirements of 3W-60W UV lasers. They are equipped with constant and intelligent temperature control modes, suitable for different usage scenarios. They also support the RS-485 Modbus communication protocol, allowing remote monitoring and adjustment of water temperature parameters.
By choosing the efficient, stable, and environmentally friendly TEYU laser chiller, you can improve production efficiency, reduce production costs, and make your production more efficient and smooth!
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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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