BRIO Ultrasonics: Leading Ultrasonic Cleaning with a Sustainable Commitment At BRIO Ultrasonics, we understand that sustainability is not just a goal, but a responsibility inherent to the way we operate. As leaders in the design and manufacture of ultrasonic cleaning equipment, we strive to deliver solutions that are not only highly effective and technologically advanced, but also environmentally friendly. Our mission is clear: to provide cleaning technologies that reduce environmental impact and contribute to a more sustainable future. Minimum energy consumption: our machines consume around 30%-50% less thanks to our exclusive ultrasonic generator and emitter technology. SUSTAINABILITY = BRIO Ultrasonic cleaning is inherently a technology aligned with sustainability principles, but at BRIO Ultrasonics we have gone a step further to maximize its environmental benefits. Here are some ways we integrate sustainability into our products and processes: Reduction in Water ConsumptionOur equipment is designed to use minimal amounts of water during cleaning cycles, optimizing consumption compared to other methods or applications. The advanced recirculation and filtering systems we incorporate allow water to be reused, prolonging its useful life and reducing waste. Use of Biodegradable ChemicalsAt BRIO Ultrasonics we prioritize the use of biodegradable and environmentally friendly cleaning solutions. Our equipment works

Ultrasound cleaning machines Ultrasound cleaning is an advanced and highly effective technology for the maintenance and cleaning of industrial parts, molds, surfaces, especially in sectors that require precision and thorough cleaning. This method uses ultrasonic waves to create millions of microbubbles in the cleaning liquid, which, when imploded, generate energy that removes dirt particles, grease and other residues in a deep and efficient manner with micro brushing. Below, we discuss 5 advantages of Ultrasound cleaning, detailing how this technique not only offers deeper cleaning, but also greater efficiency in the process. Unparalleled Access to Difficult and Complex Areas One of the most outstanding benefits of ultrasonic cleaning is its ability to reach hard-to-reach areas. Ultrasonic cavitation allows cleaning bubbles to reach cavities, narrow slots, and holes that would otherwise be impossible to clean using conventional methods.   This unparalleled access is crucial in cleaning parts with complex geometries, such as mold components and delicate mechanical parts, where any residue can affect the functionality or final quality of the product. Consistency and Precision in Cleaning Unlike manual techniques, which are often skill-dependent and can result in an uneven finish, ultrasonic cleaning offers uniform coverage. Ultrasonic waves are evenly distributed throughout the

Remove grease from molds To clean grease from moulds using ultrasonic cleaning machines, it is essential to choose a cleaning liquid that is effective in breaking down grease, oils and industrial residues without damaging the mould. Below we share some of the most effective options for ultrasonic mould cleaning: Alkaline Solutions Alkaline cleaners are often effective at removing heavy grease and oil. Their high pH helps break down organic grease and oily residue. These solutions are commonly used in low concentrations (2% to 10%) and, in combination with ultrasound, allow for deep cleaning in mould cavities. Example: Products based on sodium or potassium hydroxide, which work well for resistant metals such as stainless steel. Solutions with Degreasing Agents There are specialized ultrasonic degreasing solutions that contain active agents capable of breaking fat and oil bonds without being as aggressive as strong alkaline agents. You can find products specifically formulated for ultrasonic machines; these are effective for all types of molds and minimize the risk of corrosion. Example: Industrial grade degreasing solutions, which are usually biodegradable and safe for metal alloys. Biodegradable Solvent-Based Solutions – Remove grease from molds Solvents of vegetable or biodegradable origin are less aggressive for some moulds