Ultrasonic instrument cleaner 2.5 l

Ultrasonic cleaner for ultrasound cleaning of instruments.

2.5-litre stainless steel tank with level indicator (min. 0.60 litres - max. 2.1 litres) and lightweight, impact-resistant ABD shell designed for durability.

Equipped with a simple and intuitive digital timer, it clearly indicates the operating status.

High frequency  ultrasound cleaner (35 kHz for deep but gentle cleaning) and high power (170 W for fast and effective cleaning).

With 5 wash times (1.5 to 8 min), heating function (up to 65°C).

The heating function increases the temperature of the cleaning solution, which helps dissolve stubborn dirt such as grease, oil and biological residues. The heat accelerates the chemical reactions between the detergent and the impurities, improving the end result without the need to use aggressive products.

The display indicates when the device reaches the indicated temperature and when it is in operation and the operating status (heating-temperature-cleaning time). The heating function can be activated to increase the effectiveness of the cleaning process.

Equipped with an integrated industrial-grade electrical circuit and a ceramic heating element that guarantees uniform heating throughout the tank.

The unit is equipped with circuit protection and a ventilated radiator to protect all components, even after prolonged use.

The ABS structure is easy to clean and durable, with a practical lid with a porthole to inspect the cleaning process.

The supplied ABS basket prevents friction between objects and the stainless steel tank walls.

It can be used with plain tap water or if necessary add specific product for ultrasonic cleaners.

Ultrasound cleaning systems are only the advanced solution for removing residues from professional instruments and accessories, without damaging the most delicate surfaces. Thanks to the action of high-frequency sound waves, the cleaning process is extremely effective, even in hard-to-reach areas.

An ultrasonic cleaner works by immersing the objects to be cleaned in a tank filled with water, which can be combined with specific chemicals. The ultrasound waves generate a phenomenon known as cavitation, which creates micro-bubbles capable of removing impurities from microscopic surfaces and cavities.

The washing time varies depending on the degree of dirt and the material being treated. The heating of the liquid can be integrated into the system to further improve the effectiveness of the washing, facilitating the dissolution of stubborn residues.

This technology can be used for multiple applications.

The ultrasound can be adjusted to suit different types of dirt and materials, making this technology highly efficient in professional cleaning.