Input Power

• AC 220V±10%, 50/60Hz
• AC110V is available by a  200W 110V-220C transformer ( click underlined to order )

  Features

• To remove a variety of contaminants from the surfaces of substrates samples
• Use the dry process to clean surfaces with the highly effective method
• Generate energy at wave line between 254nm to 185nm
• There is an Oxygen inlet port, Ozone removal pump
• LCD display unit with the substrate temperature display.
• Buzzer for indicating completion of cleaning
• Locking feature for locking sample feeding tray to avoid opening during operation

  UV Lamp

• UV lamp power:                    120W Max.
• Wavelength:                         254 nm and 185 nm 
• Max substrate size:               150 x 150 mm ( 6"x 6")

  Chamber & Sample Stage

• Tray size: 176mm x 168mm
• Sample feeding: slide-based

  LCD Display

• Time Duration: 1 - 99 sec/min/hr
• Sample Temperature measurement feature (no heating function, only a thermocouple installed)

  Exhausting Fan

• An exhausting duct with a fan is installed on the back of the O-Zone cleaner.
• Easy to connect with an air pipe for exhausting the O-zone gas generated by the cleaner to the outside of the building.

  Product Dimension

•  Please click the pic for more detail.

Shipping Weight & Dimensions

• 70 lbs
• 40"x30"x22"

Warranty

One-year limited warranty with lifetime support ( no warranty for Pyrex glass chamber )

Application

• Cleaning molecular contamination from SPTs, AFM tips, and surfaces
• Curing UV-adhesives
• UV-photopatterning of SAM surfaces
• Oxidizing PDMS
• Surface sterilization
• Etch, pattern, sharpen
• Clean MEMS devices
• Clean substrate surfaces such as Si, Ge, GaAs, and all oxide crystal  substrate

Consumable Parts

• Replacement lamps

Reference articles

1. C. Koenigsmann et al. J. Am. Chem. Soc. 2011, 133, 25, 9783–9795.
2. M. Cargnello, J. Am. Chem. Soc. 2015, 137, 21, 6906–6911.
3. D. Li, ACS Catal. 2012, 2, 7, 1358–1362.