Bransonic Model 8800: 20.8 L Industrial Ultrasonic Cleaner for Large Workshops, Production and Laboratories
The Bransonic Model 8800 is a high-capacity ultrasonic cleaner specially designed for the most demanding industrial and laboratory applications. With a spacious 5.5-gallon ( 20.8-litre) tank, it is perfectly suited to the needs of large workshops, large-scale production facilities and laboratories where volume cleaning and precision are crucial.
The strength of this model lies in its 40 kHz sweep frequency, which ensures uniform ultrasonic cavitation throughout the tank. This technology eliminates standing waves, allowing for even distribution of cleaning energy across all submerged surfaces. This powerful yet controlled cavitation effectively removes contaminants such as oils, greases, fine particles, oxides or chemical residues, even in hard-to-reach areas such as crevices, threads or pores in sensitive materials.
The Model 8800 is equipped with a mechanical timer adjustable up to 60 minutes, with a continuous operation function, giving it great flexibility of use. This ability to operate for extended periods is particularly useful in industrial environments where cleaning rates are high, or for parts requiring longer processing times to achieve a flawless result.
The robust design of this unit includes a chemical-resistant ABS plastic body, ensuring long-term durability even in the most demanding cleaning conditions. The accessible and intuitive controls make it easy to use and ensure safe operation, reducing the risk of errors during setup.
Despite its large capacity, the Bransonic Model 8800 retains an ergonomic design that fits easily into any work environment, providing an effective solution for cleaning large industrial parts, medical equipment, precision instruments or electronic components.
The Bransonic Model 8800 is a reliable, powerful and versatile ultrasonic cleaner, ideal for professionals looking for equipment that combines high capacity, performance and ease of use, even in the most demanding industrial environments.