Used VEECO 1001 #9236145 for sale

VEECO 1001, developed by VEECO Instruments Inc, is an ion milling equipment used to shape and refine surfaces of a variety of materials. It is mainly used in the engineering and metallurgical industries. The system can be used to achieve high quality and precision surface finish on a range of materials. 1001 is powered by a high-powered sputter gun, which fires a beam of charged ions at the material's surface to erase or shape the material. This occurs through a process known as physical sputtering, in which ions, such as argon, are accelerated to a high kinetic energy. When they collide with the material they create an erosion effect that erodes the surface material away from the desired shape at a microscopic level. VEECO 1001 also has a precision controlled pressure unit that regulates the rate of gas flux onto the surface of the material, allowing the user to precisely control the physical sputtering process. This is particularly useful for achieving high degree of shape accuracy and precision surface finish. 1001 also has a computer-controlled machine that allows for fast and accurate control over the sputtering process. This includes setting parameters such as the sputter time, sputter power, rate of gas flow, material thickness, and other properties of the material. VEECO 1001 is also equipped with a variety of safety features, including a gas safety shutoff tool to prevent the spread of ionized gas, an alarm asset that notifies of any changes in the model configuration, a monitoring equipment that monitors process and system data, and an ionized beam safety shield that prevents personnel from accidental exposure to the beam of ions. Finally, 1001 provides users with a range of options for controlling the final material finish, including micro-etching and chemical etching. Further, VEECO 1001 provides an array of features and customizations to tailor the unit to specific user requirements. In summary, 1001 is a high-precision ion milling machine designed for high quality, precision surface finish on a range of materials. Its high-precision pressure and control systems, computer controlled parameters, safety features, and post-processing options make it an ideal choice for a range of engineering and metallurgical applications.