Industrial Ultrasonic Cleaning Unit AT14i

Precision Cleaning With The AT14i

Using high-frequency sound waves to produce cavitation bubbles in liquid cleaning solutions, the AT14i is a great option for industrial ultrasonic cleaning equipment. When these microscopic bubbles make contact with any submerged object, they burst, creating a strong localised pressure, similar to a small explosion, which clears impurities from the surface of the submerged object, including dirt, grease and oil.

Throughout the whole cleaning cycle, the AT14i ultrasonic cleaner will continually produce ultrasonic waves creating cavitation bubbles that can reach the most inaccessible areas. Resulting in the most thorough cleaning method available.

Environmentally Conscious Solutions

The AT14i industrial ultrasonic cleaning equipment uses an environmentally conscious method to thoroughly clean all compatible objects. The following are eco-friendly reasons to choose the AT14i.

Less Use of Chemicals

For an efficient cleaning cycle, ultrasonic cleaning typically uses less solvent or detergent, eliminating the need for any harsh chemicals.

Reusable Solutions

The liquid solutions used in ultrasonic cleaning can be filtered and used again in some applications.

Reduced Physical Waste

Disposable materials like pads, brushes, and cloths are used less frequently with ultrasonic cleaning meaning less waste is sent to landfills.

Reduced Noise Pollution

Compared to conventional mechanical cleaning methods, a properly maintained and operated ultrasonic cleaner will be far quieter.

Waste Segregation

Instead of leaving you with a costly and environmentally hazardous sludge to dispose of, ultrasonic cleaning separates waste into individual components.

H2: Reliable and Resilient

Even strong metals such as titanium can be cleaned by industrial ultrasonic cleaning equipment such as the sturdy stainless-steel AT14i unit. You can be sure all objects you submerge in the cleaning cycle will emerge thoroughly clean thanks to the science behind the cleaning process. Always ensure your object is compatible by consulting the manufacturer’s specifications; if you’re still not sure, try a testing a small patch first. While ultrasonic cleaning works wonders on metals, plastics, glass, ceramics, silicone, wood, and many composite materials, it is not appropriate for porous materials, sensitive fabrics, or delicate electronics like microchips.

Suited Industries…

• Healthcare and Medical 
• Jewellery 
• Optical and Photonics 
• Automotive 
• Manufacturing