Ultrasonic sterilizer VGT-2000
Add to cart
Buy with 1 click
Description
Ultrasonic Cleaner
An ultrasonic cleaner is a device used for disinfecting and cleaning instruments from plaque, organic residues, and other contaminants. It consists of a container with a lid, a built-in heating element, an ultrasonic generator, and a reflector. Inside the unit, there is a tray for holding tools. The device is equipped with a timer and an electronic control system.
How it works:
Under the influence of ultrasonic waves in the cleaning solution inside the container, gas bubbles form and rapidly collapse, creating a micro-cavitation effect. These tiny, invisible bursts cause the solution to move vigorously into the holes, gaps, curves, and cavities of the instruments being cleaned.
Key Advantages of Ultrasonic Cleaners:
-Safe cleaning: Requires no highly toxic solutions or manual scrubbing.
-Time-saving: Cleaning time is shorter compared to other methods, while still delivering high-quality results.
-Reaches difficult areas: Thanks to strategically placed reflectors throughout the cleaner, even hard-to-reach spots get thoroughly cleaned—places manual cleaning can’t reach.
-Suitable for various materials: Can be used to clean tools made of plastic, metal, and glass.
-Versatile use: Effective for cleaning a variety of items (e.g., circuit boards, parts, jewelry, etc.).
-Wide application: Used across industries that require fast, high-quality cleaning—from food production and healthcare to home use.
How to Use:
Fill the ultrasonic cleaner with water.
Add a disinfectant solution according to the instructions.
Place the instruments inside the tank.
Depending on the model, select the desired heating mode/temperature.
Set and start the appropriate timer.
After the cycle is complete, rinse the instruments under running water and lay them out to dry.
Important Guidelines for Using the Ultrasonic Cleaner:
1 The total amount of liquid in the ultrasonic tank must always stay between the minimum and maximum fill lines.
2 For proper and effective cleaning, the solution must cover the instruments by at least 2 cm. In other words, the liquid level should be 2 cm or more above the submerged tools.
3 Avoid piling instruments on top of each other inside the tank. This can hinder effective cleaning. Ensure that ultrasound waves can reach all surfaces of each tool freely.
4 Never operate the device without water or solution inside the tank.
5 Do not plug in or operate the device if you notice any electrical issues or malfunctions. The cleaner is sensitive to power fluctuations, which can reduce its lifespan.
An ultrasonic cleaner is a device used for disinfecting and cleaning instruments from plaque, organic residues, and other contaminants. It consists of a container with a lid, a built-in heating element, an ultrasonic generator, and a reflector. Inside the unit, there is a tray for holding tools. The device is equipped with a timer and an electronic control system.
How it works:
Under the influence of ultrasonic waves in the cleaning solution inside the container, gas bubbles form and rapidly collapse, creating a micro-cavitation effect. These tiny, invisible bursts cause the solution to move vigorously into the holes, gaps, curves, and cavities of the instruments being cleaned.
Key Advantages of Ultrasonic Cleaners:
-Safe cleaning: Requires no highly toxic solutions or manual scrubbing.
-Time-saving: Cleaning time is shorter compared to other methods, while still delivering high-quality results.
-Reaches difficult areas: Thanks to strategically placed reflectors throughout the cleaner, even hard-to-reach spots get thoroughly cleaned—places manual cleaning can’t reach.
-Suitable for various materials: Can be used to clean tools made of plastic, metal, and glass.
-Versatile use: Effective for cleaning a variety of items (e.g., circuit boards, parts, jewelry, etc.).
-Wide application: Used across industries that require fast, high-quality cleaning—from food production and healthcare to home use.
How to Use:
Fill the ultrasonic cleaner with water.
Add a disinfectant solution according to the instructions.
Place the instruments inside the tank.
Depending on the model, select the desired heating mode/temperature.
Set and start the appropriate timer.
After the cycle is complete, rinse the instruments under running water and lay them out to dry.
Important Guidelines for Using the Ultrasonic Cleaner:
1 The total amount of liquid in the ultrasonic tank must always stay between the minimum and maximum fill lines.
2 For proper and effective cleaning, the solution must cover the instruments by at least 2 cm. In other words, the liquid level should be 2 cm or more above the submerged tools.
3 Avoid piling instruments on top of each other inside the tank. This can hinder effective cleaning. Ensure that ultrasound waves can reach all surfaces of each tool freely.
4 Never operate the device without water or solution inside the tank.
5 Do not plug in or operate the device if you notice any electrical issues or malfunctions. The cleaner is sensitive to power fluctuations, which can reduce its lifespan.
You may also like
How to buy
To purchase a product in our online store, select the item you like and add it to your cart. Then, go to the cart and click on "Checkout."
When placing your order, fill out the entire form step by step: full name, email address, phone number, and address, then choose a shipping method. We recommend adding information in the order comments that will help the courier find you. Click the "Place an order" button.
