Used BALZERS / INFICON LFC 150 #9263245 for sale

BALZERS/INFICION BALZERS / INFICON LFC 150 Etcher/Asher is a broadly advanced etch/ash equipment that has been designed to carry out a wide variety of processes. The system provides fast, clean, and efficient surface treatment capabilities, while making use of a number of advanced engineering techniques. The most distinguishing feature of BALZERS LFC 150 etcher/asher is its vacuum chamber, capable of ultra-high vacuum (UHV) up to 1 × 10-7 Pa. The chamber is made from stainless steel and coated with an anti-corrosive material, making it ideal for a variety of chemical, electrochemical, and physical/mechanical processes. Additionally, the environmental chamber has a chamber volume of 150 liters, with a diameter of 500 mm. The aspect of the unit that separates it from competitors is its Advanced Coater Commutation Subsystem (ACCS), which is a patented technology that allows INFICON LFC 150 to manage different types of coatings, such as polymers, ceramics, and semi-conductive layers. The ACCS technology also includes hazard prevention and control systems, maximizing user safety and production efficiency. The Machine further integrates an advanced Linux-based CNC control interface providing easy and convenient operation. It is possible to design custom recipes with desired functionality through the in-built recipe editor. The recipe editor allows the user to manipulate variables, such as cooling temperature, gas mixture and pressure, and etching time. LFC 150 also integrates an open automation interface. This interface allows customers to interact with their recipe parameters and control the whole production process, providing comprehensive process traceability and rework flexibility. In summary, BALZERS / INFICON LFC 150 etcher/asher is a highly advanced tool that provides vacuum and pressure control, flexible processing capabilities, and advanced safety systems. It is designed to provide enhanced process control and production efficiency, while reducing hazards and optimizing user safety.