Used APPLIED MICROSTRUCTURES MVD #9242329 for sale

APPLIED MICROSTRUCTURES MVD (MVD) is a high-temperature, plasma-based reactor that was developed for a variety of applications requiring high-precision machining of all kinds of materials, from plastics, polymers and coatings, to alloys, ceramics and metals. The unique properties of APPLIED MICROSTRUCTURES MVD reactor make it well-suited for applications from aerospace and automotive engineering, to military, semiconductor, medical and electronic device manufacturing. MVD reactor is an ion-rich plasma generator, consisting of a vacuum chamber, a hot cathode and an anode. The hot cathode is typically made of tungsten or tungsten-based alloy, while the anode is made of stainless steel. Power is applied to the cathode, allowing it to heat up to several thousand degrees centigrade, forming an ion-rich, high-temperature plasma within the chamber. The power and temperature of the plasma can be precisely controlled and adjusted via the cathode voltage, making APPLIED MICROSTRUCTURES MVD reactor ideal for precision machining at very high temperatures. MVD reactor also incorporates a turbo-molecular pump that maintains pressure levels and further increases precision by limiting the number of ions present within the chamber during the process. This helps reduce reaction by-products such as micro-chipping and improves the surface finish of parts and components. Furthermore, the rapid thermal cycling of APPLIED MICROSTRUCTURES MVD reactor also helps reduce cycle times and increase throughput. MVD reactor has several advantageous features that make it an attractive option for many types of machining applications. Its ability to achieve precise and repeatable high temperature machining has enabled APPLIED MICROSTRUCTURES MVD reactor to be used to create complex components including aerospace and automotive components, medical instruments, semiconductor devices, and electronic components. The reactor permits precise techniques such as water jetting, chemical etching, welding and heat treating for improved performance. Additionally, MVD reactor's vacuum chamber eliminates the need for additional protective OSHA equipment, resulting in a safer operating environment for personnel. APPLIED MICROSTRUCTURES MVD reactor is an ideal machine for applications that require high-quality, high-precision machining, particularly for machining of high temperature materials. MVD's many advantages, from its precise and repeatable temperature control to its low cycle times, make it an attractive choice for a wide variety of manufacturers and producers.