Used FSI / TEL / TOKYO ELECTRON PVDF Turntable for Mercury MP #9384393 for sale

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ID: 9384393
Wafer Size: 5"
5" 6-Station.
FSI / TEL / TOKYO ELECTRON PVDF Turntable for Mercury MP is a specialized piece of equipment designed for photoresist processing. Photoresist is a liquid material which can be formed into a variety of patterns when exposed to light and developed. It is widely used for the fabrication of semiconductor devices, displays, and microelectronic components. FSI PVDF Turntable for Mercury MP is a robust equipment designed to provide reliable and consistent results. It is made from PVDF (polyvinylidene fluoride) plastic which is atomically-bonded and provides superior heat-resistance and non-wetting properties during processing. The turntable is equipped with a range of features including a statically balanced removable spindle, which allows for accurate photoresist application and processing, as well as integrated Load and Unload pins which supports a range of wafer sizes up to 8-inch. Additionally, it is equipped with a Kinematic Safety Clamp which ensures correct positioning of the wafer in the turntable. The photoresist application system offers excellent consistent uniformity and is designed to ensure accurate mixing of materials, resulting in consistent, repeatable processes due to its Pulse Break technique. TEL PVDF Turntable for Mercury MP also includes a sophisticated multi-point temperature control unit which allows for delicate thermal management. TOKYO ELECTRON PVDF Turntable for Mercury MP is also equipped with a unique Load and Unload pin machine which can be easily changed to match the size or type of wafer. The integrated thermostat ensures that the temperature of the wafer is kept at an optimal level for accurate photoresist application and processing. PVDF Turntable for Mercury MP is an excellent choice for photoresist application and processing. It provides unprecedented accuracy and consistency, even in extreme environments. As a result, it has become an essential component of the photoresist production process.
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