Used FLUID ENERGY Aljet #9214729 for sale

FLUID ENERGY Aljet is an advanced ion milling equipment that is designed to create high aspect ratio features in a range of materials. This system is used for semiconductor, MEMS, optoelectronics and hard material machining applications, among others. Aljet unit's design allows for high accuracy and precision machining without the need for wet processing operations. The key components of FLUID ENERGY Aljet machine include a gas distributor, sample positioner, nozzle assembly, source, and controller. Aljet tool operates by using a mixture of high energy inert or reactive gases directed through an array of nozzles. These gases are then directed onto a substrate, which is held by the sample positioner. This sample positioner enables the substrate to be held in place during machining while allowing the user to precisely adjust the placement of the substrate. The gas distributor is responsible for providing and controlling the mixture of gases. The nozzle assembly creates a highly focused beam of gas ions that is directed toward the substrate. The source provides the energy necessary for machining and consists of a filament, gas chamber, and electronics. The filament creates an electron beam with an adjustable current that passes through a chamber of gas, forming an ionized plasma. This plasma, consisting of both electrons and positive ions, is then passed into an extractor, which creates a high-energy beam of positive ions which is directed onto the target. The controller is responsible for controlling the overall operation of the asset and allows the user to adjust the parameters such as the pressure, chamber currents, ion current, filament heaters, and nozzle settings. FLUID ENERGY Aljet model is highly efficient and offers both cost savings and increased production rates. The precision achieved with this equipment allows for very high aspect ratio features to be produced without the disadvantages of wet processes. Aljet Ion Milling System is capable of producing features with small diameters and high aspect ratios that are ideal for fabricating components for semiconductor and MEMS applications. This unit is a valuable tool for any laboratory looking to manufacture components from materials such as aluminum, copper, silicon, sapphire, and brass.