Vortex Chillers

• Low risk of contamination: During operation, the vortex chiller uses deionized water as the circulating medium, and the water flow will circulate continuously in the closed pipe system. Since the entire process is completely closed, it can effectively avoid the intrusion of external pollutants and reduce the possible pollution problems to the environment. This design fully reflects the concept of environmental protection and provides strong support for the realization of sustainable development.
• Anti-corrosion design: During the design and manufacturing process of the vortex chiller, our R&D personnel pay special attention to the selection of materials to ensure the durability and corrosion resistance of the equipment. Specifically, its piping system and core component heat exchanger are usually made of high-quality corrosion-resistant materials.
• Complete shipping service: The relatively small size of the vortex chiller makes it very easy to transport and move. To further enhance its flexibility, the bottom of the vortex chiller is equipped with high-quality universal wheels. This means that once you receive it, it is easy to place them in the designated location or make simple adjustments. We are committed to providing perfect solutions to ensure that every link from factory to delivery is safe and efficient.
• Expandable system: The system of LNEYA vortex chiller has the ability to expand. This means that you can upgrade or expand the equipment according to actual needs without replacing the entire device. The expandable system provides convenient conditions for potential future expansion, further improving the practicality and economy of the equipment.

Semiconductor: Vortex chillers can be used to cool equipment such as lithography machines and etching machines to prevent ion contamination of wafers. Vortex chillers can effectively prevent ion migration caused by high temperature. Ion migration will cause contamination of the wafer surface. This contamination of the wafer surface may have a serious impact on the performance and yield of the chip.
Laser equipment: Vortex chillers can effectively reduce the high temperatures generated when the equipment is running, thereby ensuring the stability and service life of the laser. By using a vortex chiller, the formation of scale can be significantly reduced. If this scale accumulates too much, it may cause damage to optical components, which in turn affects the overall performance and accuracy of the laser.
Laboratory precision instruments: Vortex chillers can be used in laboratories for equipment such as MRI and electron microscopes that require ultra-pure cooling water. High-end instruments such as magnetic resonance imaging equipment and electron microscopes require extremely high purity and stability of the cooling system. Vortex chillers can effectively meet the needs of these equipment and ensure that they maintain optimal working conditions during operation. It improves the accuracy and reliability of experimental data, thus providing solid support for scientific research and technological development.