High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body

Product Details
Customization: Available
After-sales Service: Online Support
Warranty: 1 Year
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75379.11 USD
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  • High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body
  • High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body
  • High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body
  • High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body
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Basic Info.

Model NO.
CY-MSP-300
Customized
Non-Customized
Structure
Desktop
Material
Stainless Steel
Certification
CE
Application
School, Lab
Type
Film Applicator
Sputtering Vacuum Chamber
400xh520mm
Sealing Method
Fluorine Rubber Seal
Sample Holder
Dia. 150mm
Heating Temperature
Rt~ 500c
Magnetron Sputtering Gun
3 Sets
Target Dimension
Diameter 2′′, Thickness Max.3m
Molecular Pump Speed
600 L/S
Transport Package
Wooden Case
Specification
Film Applicator
Trademark
CYKY
Origin
China
Production Capacity
10 Sets Per Month

Product Description


Three target Ion source magnetron sputtering coating instrument with Transition chamber body

Product introduction: 
this equipment is three target magnetron sputtering coater apparatus, which can be used for the preparation of metal thin films. It has applications in the fields of electronics, optics, and special ceramic preparation. It can also be used for laboratory SEM sample preparation.
The three target magnetron sputtering coater is equipped with two magnetron targets and two sets of DC power supplies and one set Ion source system, which can be used to coat multilayer conductive metal films. At the same time, the equipment has two parts: a main chamber and a transition chamber. The transition chamber is equipped with a magnetic push rod, and a vacuum gate valve is installed between the two chambers; The user can load samples in the transition chamber while performing sputtering work in the main chamber, and perform vacuum pre-pumping. After the sputtering in the main chamber is completed, the sample can be pushed into the sample stage of the main chamber through the magnetic push rod. Such a design can reduce the number of vacuum pumping times in the main chamber, which not only effectively saves time, but also ensures a better local vacuum and effectively improves the quality of the coating.
 

Three target magnetron sputtering coater technical tarameters:

Working Voltage AC 220V, 60Hz
Sputtering Vacuum Chamber Dimension: ~ φ400xH520mm
Material: 304 stainless steel
 Inner wall processing: electrolytic polishing
Sealing method: Fluorine rubber seal
 Viewport (window): ~4'' (100mm) with shutter
Sample Holder  Center bottom setting sample holder,   with one shutter
 Sample holder: Dia. 150mm
 Rotary speed: 0~20rpm adjustable
 Heating temperature: RT~   500oC
Magnetron Sputtering
Gun
Quantity: 3 sets
Adjustable angle -45°~45°
Sputtering orientation downwards
 Target dimension:   diameter 2'', thickness max.3mm
Quartz   Crystal Monitor Channel numbers: One-channel
 Accuracy: 0.1Ã
Measurement speed: 100mS-1S adjustable
Measurement range: 500 000Ã (Aluminum as a   reference)
 Standard sensor quartz crystal: 6MHz
Vacuum   System Backing Pump Double-stage rotary vane pump
 Pumping rate:   1.1L/s
Molecular Pump Pumping rate: 600 L/s
 Rated rotating speed: 27000rpm
Starting time: <5min
Cooling method: water cooling
Vacuum degree:   5*10-4Pa
Composite Vacuum Gauge Resistance   gauge + ionization gauge
Measuring   range: 10-5Pa ~ 105 Pa
DC Power Supply Quantity: 2 sets 
Output power: 0~500W
Output voltage: 0~600V
Maximum output current: 1A
Starting time: 1~10s
RF power supply Quantity: 1 set
Output power: 0~500W
RF frequency: 13.56 MHz
Matching method: automatch
Reflected power: <=100W
Power stability: ±0.1%   If need cleaning function,
extra add Bias power supply generator
Ion source components and power supply
 
Main technical parameters of ion source:
1. The diameter of the ion source: 60mm
2. Ion energy: 200-1500eV
3. Ion source beam current: 10-40mA/min
4.Uniform zone: φ10cm
5. Working gas: argon/oxygen/nitrogen
6. Recommended vacuum chamber size: ≤Φ500mm
7. Cathode Gap Width: 3mm
8. Discharge Voltage:>300V, Voltage adjustable

 
Mass Flow Controller One-channel MFC for Ar gas
Measuring range: 0~200sccm  It could add several channels flowmeter, extra order.
Water Cooler Flow rate: 13L/min
Power: 0.5KW
Cooling power: 50W/ºC
Tank capacity: 9L
Control PLC automatic control
Transition chamber The chamber size will be for max. 4inch wafers.
Equipped with one compact molecular pump group
Backing pump: VRD-4, pumping speed: 1.1L/s
Model of molecular pump: TG60F
Pumping speed of molecular pump: 60L/s
High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber BodyHigh Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber BodyHigh Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber BodyHigh Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body
High Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber BodyHigh Vacuum Dual Targets Magnetron Sputtering Coater with Transmission and Processing of Samples Chamber Body

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