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HOLMARC OPTO-MECHATRONICS LTD

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08071792516

UV Ozone Cleaner

126500.0 INR/Piece

Minimum Order Quantity : 1 Volts

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UV Ozone Cleaner Price & Specifications

Usage Laboratory, Research, Industrial

Test Width 200 mm

Test Range Surface Cleaning

Temperature 5A C-40A C

Specimen Size Max. 200 x 200 mm

Response Time Immediate

Power Supply AC 220V, 50/60Hz

Port Size Standard 1/4 inch NPT

Operating Voltage 220V AC

Number of Specimens 1

Mounting Type Bench-top

Max Height Approx. 300 mm

Machine Weight Approx. 12 kg

Interface Type Start/Stop Switch

Humidity 20-80% RH (non-condensing)

Gas Pressure Atmospheric

Frequency 50/60 Hz

Features Stainless steel chamber, Safety interlock, Low maintenance, UV-resistant window, Programmable timer

Display Type Digital Timer Display

Control Mode Manual & Automatic

Automation Grade Semi-Automatic

Application Surface cleaning, Organic contamination removal, Pre-treatment for semiconductors and substrates

<b>Equipment Type</b> UV Ozone Cleaner

Main Export Market(s) Africa, Middle East, Asia

Main Domestic Market All India

About UV Ozone Cleaner Detail

Holmarc's UV Ozone Cleaner is a dedicated system to remove a variety of contaminants from surfaces of substrates samples. UV Ozone cleaning is a simple to use dry process which is highly effective method to clean surfaces. The cleaning effect is caused by irradiating the surface of a substrate with suitable lamps creating enough energy in the in the Ultra Violet spectrum range. It is photo-sensitized oxidation process by atomized Oxygen and high reactive Ozone. The UV radiation directly to the surface stimulates the reaction. Volatile hydrocarbon products are produced. The removal of hydrocarbons in nanometer thickness by oxidation results in ultra clean surfaces with significantly wettability. This is very important before thin film coating process of glass and ceramic surfaces.

UV Ozone Cleaner features very high ozone UV lamps which generate energy at 185 nanometers in addition to the low 254 nm line. It provides a trey of 176mm x 168 mm dimension for positioning samples under the UV light source. It comes with an exhaust port and inlet media for the circulation of gas in the trey. Emergency stop is also provided on the control panel to stop the equipment where there is any emergency.

Efficient and Versatile Surface Cleaning

The UV Ozone Cleaner harnesses the power of a 15W UV-C lamp to generate ozone for effective surface cleaning and organic contaminant removal. Its robust stainless steel 304 chamber ensures durability, while programmable settings offer flexibility for various laboratory and industrial tasks. This machine is especially suited for semiconductor and substrate pre-treatment, delivering reliable, fast results every time.

Advanced Safety and User-Friendly Operation

Safety is built into every facet of the UV Ozone Cleaner, with a door interlock, visible power and operation status LEDs, and overheat protection. Its integrated exhaust fan safely evacuates ozone, ensuring a secure work environment. Operation is simple with manual and automatic controls and a digital timer, making it accessible to both seasoned professionals and new users.

FAQ's of UV Ozone Cleaner:

Q: How does the UV Ozone Cleaner remove organic contaminants from surfaces?

A: The UV Ozone Cleaner utilizes a 15W UV-C lamp that emits light at 254 nm, generating ozone within a stainless steel chamber. The combination of UV-C radiation and ozone effectively breaks down and oxidizes organic contaminants on surfaces, leaving them clean and residue-free.

Q: What types of applications is this UV Ozone Cleaner suitable for?

A: This equipment is ideal for laboratory, research, and industrial applications, especially for cleaning and pre-treating surfaces in semiconductors, substrates, and other sensitive components where organic contaminant removal and surface energy modification are required.

Q: When should the ozone exhaust fan be used during cleaning operations?

A: The integrated exhaust fan operates during and after the cleaning process to safely ventilate ozone from the chamber, ensuring that no harmful gases escape into the surrounding environment. It is automatically engaged according to safety protocols and should always be used as indicated.

Q: Where should the UV Ozone Cleaner be installed for optimum operation?

A: Install the UV Ozone Cleaner on a stable bench-top surface in a laboratory or industrial workspace with an ambient temperature between 5C and 40C and non-condensing humidity of 20-80%. Ensure proper electrical connections and adequate ventilation around the unit for safe operation.

Q: What is the recommended process for using the UV Ozone Cleaner?

A: Place the specimen (up to 200 x 200 mm) inside the chamber, close the door securely, set the timer (up to 99 minutes), and select manual or automatic mode. Start the cycle using the Start/Stop switch. The machine will then expose the specimen to UV-C light and generated ozone, followed by ventilation once the cycle completes.

Q: How do the safety features protect operators during use?

A: The UV Ozone Cleaner is equipped with a door interlock to prevent operation when the door is open, overheat protection to safeguard internal components, and visible indicators to show power and operational status, ensuring maximum safety for operators at all times.

Q: What are the benefits of using a stainless steel chamber in the UV Ozone Cleaner?

A: The stainless steel 304 chamber offers superior chemical resistance, durability, and easy maintenance, while also ensuring a contaminant-free environment for precise surface cleaning and treatment.