Ultrasonic Cleaning Method
We use industry best practices and specialized machinery that emits high-frequency sound waves to clean surfaces more thoroughly than traditional cleaning methods.
Ultrasonic Cleaning Method
We use industry best practices and specialized machinery that emits high-frequency sound waves to clean surfaces more thoroughly than traditional cleaning methods.
What is Ultrasonic Cleaning?
Ultrasonic cleaning has been around for many years, but remains one of the most innovative, cutting-edge cleaning methods. As opposed to traditional cleaning methods, it is unique in its ability to effectively remove dirt, debris, grime and contaminants from difficult to clean items and hard to reach cracks and crevices.
X-Cel Restoration relies on ultrasonic cleaning to restore smoke-damaged items like jewelry, electronics, and more to like-new condition. Our professional technicians use this method to clean a variety of hard surface items (including alumninum, ceramic, glass, and plastic) that have been damaged by a disaster.
How Does Ultrasonic Cleaning Work?
Ultrasonic cleaners typically use an aqueous (water-based) or solvent-based fluid and rely on a cleaning process known as cavitation. In short, after objects are submerged in the cleaning tank, the machine emits high-frequency waves that agitate the liquid. This agitation creates microscopic bubbles that implode on contact with surfaces, creating a scrubbing action that dislodges debris, dirt, grease, and other deposits from surfaces.
Although the cavitation process is quite gentle, it provides rapid and thorough dirt removal. This render ultrasonic cleaning ideal for delicate items, like jewelry and medical devices. However, it does not remove spores and viruses. As such, disinfection and sterilization normally follows as a separate step.
Ultrasonic Cleaning Process
Omegasonics Power Pro 6000 & 8000 Ultrasonic Cleaners
Our ultrasonic cleaners provide peak cleaning for large-volume, large-power precision cleaning requirements. Applications include large aluminum and stainless steel housings, plastic injection molds, heat exchangers, and more.
Vortex Automatic Ultrasonic Dry Micro-Mist Sanitation System
This sanitizing system automatically activates every night and disperses a dry, nano-sized micro fog of EPA registered chemical of your choice for germ & odor control. We use these maintain an odor and germ free environment every day.
Ultrasonic Cleaning, Disinfection & Sanitization
X-Cel Restoration uses ultrasonic cleaning and advanced disinfection and sanitization methods to restore salvageable items in our 15,000 sq. ft. climate-controlled facility. Ultrasonic cleaners are used to clean items made of aluminum, ceramic, glass, or plastic, and other hard, non-absorbant surfaces. Common items include jewelry, electronic equipment, medical devices, cables, and more.
Why Choose X-Cel Restoration?
Contact Us
A crisis can happen at any time, which is why we offer emergency service 24 hours a day, 7 days a week. Whether a minor or major disaster resulting from water damage, fire damage, mold damage, or storm damage, our expert team is ready to respond. We will identify the problems at your home or business and steer you through the repair and restoration process.
If you are facing an emergency, contact us within 24 hours of the first sign of damage. We will provide the professional services required to execute the repairs and restoration and prevent further damage from occurring. What’s more, we will work directly with your insurance company and help you make informed decisions that will result in the best possible outcome.
Serving Greater Detroit and Multiple Counties
Algonac • Allen Park • Ann Arbor • Auburn Hills • Berkley • Bloomfield Hills • Brighton • Clarkston • Clinton Township • Dearborn • Division • Farmington Hills • Fenton • Ferndale • Grand Blanc • Grosse Pointe • Howell • Huntington Woods • Lincoln Park • Livonia • New Baltimore • Northville • Novi • Plymouth • Royal Oak • St. Clair Shores • Sterling Heights • Troy • Warren • West Bloomfield • Wixom • Wyandotte • And More