Used OXFORD Plasmalab 133-ICP 380 #293830096 for sale
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ID: 293830096
Vintage: 2010
Etcher
Quartz ring
SiC Platen
ALCATEL ADP 122 P Dry pump, 415 V, 6 A
ALCATEL ATH 1300M Turbomolecular pump, 34000 RPM
AMU Motor: P5224-DC018SR-G21-3475H
GEN750W DC Power: 100-240 V, 9.5 A, 50/60 Hz
ALCATEL ACP 40G Dry pump, 4800 RPM, 1013 mbar
Transfer chamber sensor and reflector
BAUMER FZAM18P1155 M18 Thread
ALCATEL ACT 1300M / 1600M Turbo pump controller:
Power supply: 100-120 V, 200-240 V, 50/60 Hz, 750 W
RF Power:
ADVANCED ENERGY Cesar 0230, 2 MHz, 3000 W
ADVANCED ENERGY RFG1251, 13.56 MHz, 1200 W
Vacuum gauge:
MKS 628F, Torr
PFEIFFER PKR251,15-30V, DC 2W
EDWARDS AIM-X-NW25, 1 Bar~600 mbar
EDWARDS APG-L-NW16, 10-3~4 mbar
(5) Mass Flow Controllers (MFC):
Gas / Size
Ar / 100 SCCM
O2 / 100 SCCM
SF6 / 100 SCCM
CF4 / 200 SCCM
CHF3 / 200 SCCM
2010 vintage.
OXFORD Plasmalab 133-ICP 380 is an advanced etcher/asher that offers reliable and efficient operation, making it an ideal choice for demanding etching/ashing applications. The equipment features a high-performance inductively coupled plasma (ICP) source, enabling rapid, high quality etching/ashing processes. At the heart of OXFORD PLASMALAB 133 ICP380 is a powerful 13.56 MHz ICP source. This is coupled to a real-time digital controller, allowing precise control over the etching/ashing process. The ICP source is capable of delivering high power densities of up to 65 W/cm2 with high process repeatability. This ensures short cycle times and high throughput while maintaining excellent etch/ash quality. PLASMALAB 133 ICP 380 features an adjustable working pressure range of 5 to 20 mT, with a maximum supply voltage of 500V, and a maximum plasma source power of 500 W. This enables precise control over the etching/ashing process, allowing for superior results. The system also includes a user-friendly software interface, allowing easy configuration and optimization of etching/ashing parameters. PLASMALAB 133 - ICP 380 is equipped with a wide range of accessories, including a quartz showerhead with an integrated nozzle, as well as an integrated safety unit for protecting the plasma source from accidental overload. The machine also features a small footprint, allowing it to be easily integrated into most existing experimental setups. OXFORD PLASMALAB 133 - ICP 380 is an excellent choice for etching/inking tasks in semiconductor, MEMS and other microfabrication processes. With its precise control of the etching/ashing process, excellent etch/ash quality and high efficiency, it offers an excellent cost-benefit ratio for researchers and industries that demand high precision and high performance without exceeding their budgets.
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