Explore developments across industries where industrial chillers play a vital role, from laser processing to 3D printing, medical, packaging, and beyond.
A laser dicing machine is an efficient and precise cutting device that utilizes laser technology to instantaneously irradiate materials with high energy density. The several primary application areas include the electronics industry, semiconductor industry, solar energy industry, optoelectronics industry, and medical equipment industry. A laser chiller maintains the laser dicing process within an appropriate temperature range, ensuring accuracy, and stability, and effectively extending the lifespan of the laser dicing machine, which is an essential cooling device for laser dicing machines.
UV-LED light curing technology finds its primary applications in fields such as ultraviolet curing, UV printing, and various printing applications, featuring low power consumption, long lifespan, compact size, lightweight, instantaneous response, high output, and mercury-free nature. To ensure the stability and effectiveness of the UV LED curing process, it's essential to equip it with a suitable cooling system.
Laser cladding, also known as laser melting deposition or laser coating, is mainly applied in 3 areas: surface modification, surface restoration, and laser additive manufacturing. A laser chiller is an efficient cooling device to enhance cladding speed and efficiency, making the production process more stable.
Industrial laser processing boasts three pivotal traits: high efficiency, precision, and top-notch quality. Presently, we often mention that ultrafast lasers have mature applications in cutting full-screen smartphones, glass, OLED PET film, FPC flexible boards, PERC solar cells, wafer cutting, and blind hole drilling in circuit boards, among other fields. Additionally, their significance is pronounced in the aerospace and defense sectors for drilling and cutting special components.
Inkjet printers and laser marking machines are two common identification devices with different working principles and application scenarios. Do you know how to choose between an inkjet printer and a laser marking machine? According to marking requirements, material compatibility, marking effects, production efficiency, cost and maintenance and temperature control solutions to choose the appropriate marking equipment to meet your production and management needs.
In the manufacturing industry, laser welding has become an important processing method, with handheld laser welding being particularly favored by welders due to its flexibility and portability. Various types of TEYU welding chillers are available for widespread use in metallurgy and industrial welding, including for laser welding, traditional resistance welding, MIG welding and TIG welding, improving welding quality and welding efficiency, and extending the lifespan of welding machines.
What are the factors that affect laser cutting speed? Output power, cutting material, auxiliary gases and laser cooling solution. How to increase laser cutting machine speed? Opt for a higher-power laser cutting machine, improve the beam mode, determine the optimal focus and prioritize regular maintenance.
With the ongoing development of laser technology, its application in elevator manufacturing is opening up new possibilities: laser cutting, laser welding, laser marking and laser cooling technologies have been used in elevator manufacturing! Lasers are highly temperature-sensitive and require water chillers to maintain operational temperatures, reduce laser failure and extend machine lifespan.
Economic slowdown has resulted in a sluggish demand for laser products. Under fierce competition, companies companies are under pressure to engage in price wars. Cost-cutting pressures are being transmitted to various links in the industrial chain. TEYU Chiller will pay close attention to the laser development trends to develop more competitive water chillers that better meet the cooling needs, striving to the leader of global industrial refrigeration equipment.
In the field of wood processing, laser technology is leading the way in innovation with its unique advantages and potential. With the help of high-efficient laser cooling technology, this advanced technology not only improves processing efficiency but also increases the added value of wood, offering it greater possibilities.
Laser welding machines are devices that utilize high-energy density laser beams for welding. This technology offers numerous advantages, such as high-quality weld seams, high efficiency, and minimal distortion, making it widely applicable in various industries. TEYU CWFL Series laser chillers are the ideal cooling system specifically designed for laser welding, offering comprehensive cooling support. TEYU CWFL-ANW Series all-in-one handheld laser welding chiller machines are efficient, reliable and flexible cooling devices, taking your laser welding experience to new heights.
When dental technology meets innovative tech, 3D printing technology make it more efficient and convenient, precision customization, cost savings, environmentally friendly and pure, and precise sdherence. Laser chillers work to dissipate the heat generated by the laser, ensuring temperature stability throughout the printing process and guaranteeing the accuracy and quality of denture printing.