Used DENTON VACUUM DESK II #9157325 for sale

DENTON VACUUM DESK II
ID: 9157325
Sputter coating system With carbon rod accessory.
DENTON VACUUM DESK II is a sputtering equipment that allows for the deposition of thin functional layers onto the surface of a variety of materials and substrates. It is a versatile and efficient system for a variety of applications, from circuit board assembly to advanced opto-electronic applications. DESK II utilizes a sputtering process to deposit thin layers onto surfaces. Sputtering is a thin-film coating technology that uses an ionized gas and a cathode to create an electric field which ionizes the cathode material. The cathode material is then ejected and deposited onto the substrate. This process is used in a variety of applications, including but not limited to, film deposition, micro device fabrication, optical coatings, solar cell fabrication, and nanotechnology. The Vacuum DENTON VACUUM DESK II features a three-axis, closed-loop motion control unit with a high level of accuracy, as well as a software and control machine with a graphical user interface (GUI). The Vacuum DESK II is also equipped with a high-performance, vacuum pump tool, allowing for a wide range of applications. In addition, the Vacuum DENTON VACUUM DESK II is capable of producing multi-layer, repeatable thin films with an accuracy of less than 5 percent. It is ideal for creating a variety of functional layers for opto-electronic, microelectronic, and nanotechnology applications. The Vacuum DESK II is designed with safety in mind, featuring pressure alarms, as well as safety interlocks on all components. The Vacuum DENTON VACUUM DESK II also has multiple controls, allowing the user to adjust various parameters such as speed, temperature, and power. Overall, DESK II is an efficient, safe, and reliable sputtering asset that allows for the deposition of thin layers onto a variety of substrates and materials. This model is well-suited for a variety of applications, from simple circuit board assembly to advanced opto-electronic applications.
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