Used BUHLER / LEYBOLD OPTICS Pegasus #9350702 for sale

ID: 9350702
PVD Sputtering system (2) MAGNETRON Cathodes for DC and MF Sputter Ion source: Gpi PPALS 203 (2) Dis 2000V Chambers (2) HUTTINGER Truplasma DC3050 Electronics ADVANCED ENERGY Pinnacle DC Power supply (6) SHIMADZU EI-D 303M Pump controllers (2) ADL GSM 300 / 500 Power supplies Spare parts.
BUEHLERBUHLER / LEYBOLD OPTICS Pegasus is a powerful sputtering equipment designed for the production of high quality thin films for optical components and optical coatings. The system is based on a high power DC sputter ion source with two independent targets which enables a wide range of film compositions. The integrated variable power supply offers precise control over the sputtering parameters, allowing the user to optimize the deposition process. In addition, the unit allows for the accurate control of pressure inside the vacuum chamber, making it ideal for low pressure sputtering processes. The machine is also designed with an advanced substrate heating tool, which provides uniform heating for precise substrate temperature control at all points. The advanced design of the asset also allows for easy and safe access to sample handling. BUHLER Pegasus also features a multi-axis beam steering mechanism, allowing for full control of the sputtering angles. Furthermore, the model is designed with a large viewing window which enables users to monitor the deposition process in real time. The BUEHLERLEYBOLD OPTICS Pegasus equipment offers a number of advantages, including low cost operation, high reliability, and an ergonomic interface. Additionally, the system is designed with a high level of automation, allowing users to control the deposition process in an intuitive manner. Overall, the BUEHLERPegasus sputtering unit is an ideal solution for a wide range of optical coating applications. The machine offers precision and flexibility and is designed for exact and reliable thin film production. It is a powerful and high performance sputtering tool which provides the necessary control and automation for the deposition of complex optical coatings.
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