Used VEECO CVC CX6 #9147824 for sale

VEECO CVC CX6 is an ion milling equipment designed for use in general and nanoscale thin-film applications. It is a fully automated, high resolution tool for precise milling of thin film surfaces in the nanometer range. It is capable of controllably removing material from any surface with excellent accuracy. CVC CX6 utilizes a non-contact ion beam that sputters material away, allowing for deeper and finer milling than other technologies can offer. It also features a stand-alone operation, which allows for quick operation and reduced cycle time. The ion-beam milling system consists of several key components, including a high-vacuum chamber, ion-beam source, electron gun, and manipulators. The vacuum chamber is hermetically sealed and houses all the components within it. It is designed to handle high vacuum pressures along with low exposure to radiation. The ion-beam source is the source of charged particles that particle mill the desired surface. The electron gun is used to provide a focused beam of electrons onto the beamline for precise control. Finally, the manipulators are used to move and control the ion beam and electron guns. VEECO CVC CX6 is capable of a wide range of milling operations. It is capable of controlling the exposure of the ion beam to the sample surface, the milling depth, the spot size, and the energy of the ion beam. It is also capable of controlling the speed of the milling, the tilt angle of the sample surface, the material composition of the sample surface, and the orientation of the ion beam. CVC CX6 also has a range of safety measures, including an emergency power-off switch and an automatic shut-off unit. VEECO CVC CX6 is an ideal machine for use in applications such as nano-electronics, optoelectronics, MEMS, and micromachining. With its high accuracy and precision, CVC CX6 can be used to meet demanding thin-film requirements for today's applications. It provides reliable, fast and reproducible results with minimal waste material. VEECO CVC CX6 is an excellent solution for achieving high precision, high-resolution results in nanometer level applications.