Qijiang Hongyang Gear Transmission Co.- Ltd.
Chongqing, CN
@qijiang-hongyang-gear-transmission-co-ltd
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SKU S74Y8-10
vacuum PVD 3 targets magnetron sputtering coater with DC&RF power supply
magnetron sputtering coater with DC&RF power supply
Other ScienceTesting & Measurement EquipmentOther Manufacturing & Production MachineryScienceTesting & Measurement Equipment Machinery
Price on request
No public price on this one — ask the supplier for a quote.
Details
Three targets magnetron sputtering coater is a cost-effective vacuum PVD coating equipment independently developed by our company.
There are 1-inch or 2-inch magnetron targets for you to choose. This device can be used for preparing single-layer or multi-layer ferroelectric thin films, conductive films, alloy films, semiconductor films, ceramic films, dielectric films, optical films, oxide films, hard films, PTFE films, and the like. Compared with similar equipment, this three-target magnetron sputtering coater is not only widely used, but also has the advantages of small size and easy operation, and is an ideal equipment for preparing material films in a laboratory.
the device is equipped with 500W DC power supply and 300W RF power supply. The DC power supply can be used for the preparation of metal film, and the RF power supply can be used for the preparation of non-metal films. The three targets can meet the needs of multi-layer or multiple coatings.
The coating machine is equipped with two-channel high-precision mass flowmeter.
The instrument is equipped with advanced turbomolecular pump sets, the ultimate vacuum is up to 1.0E-5Pa, and other types of molecular pumps are available for purchase. Molecular pump gas path is controlled by multiple solenoid valves, you can open the chamber to take out the sample without shutting down the pump, greatly improving your work efficiency.
This product can be equipped with an integrated industrial computer to control the system. In the computer program, most functions such as vacuum pump control and sputtering power control can be realized, which can further improve your experimental efficiency.