Why SONO?
Engineered for Material Integrity & Clinical Compliance
Kills over 47 Pathogens
EPA approved and meets OSHA’s Bloodborne Pathogen Standard 1910.1030
Safe Without Gloves
LCD/Touch screen safe
Won’t damage equipment
Large 7x10 wipe size
SONO Ultrasound Wipes destroy pathogens including Sars-Cov-2, MRSA, HIV, and staph–and inhibit the growth of mold and mildew as well as the odors caused by them. The Patent Pending, EPA approved solution is ammonia, phosphate, solvent and bleach free with less than .03% alcohol and can also be used on EKG machines, Stress units, patient monitoring units, mammography plates and other medical devices. SONO Ultrasound Wipes kill 47 different pathogens. Testing has also been done in accordance with EPA performance standards for animal viruses, organisms, trichophyton mentagrophytes, viruses, and bacteria. SONO Ultrasound Wipes meets OSHA’s Bloodborne Pathogen Standard 1910.1030.
Tired of yellow, cracked, and unsafe equipment?
SONO Ultrasound Wipes are the ONLY disinfectant tested on ultrasound to not damage your expensive investment!
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The $15,000 Risk:
A single delaminated transducer head can cost between $5k–$15k to replace. SONO prevents the chemical leaching that leads to bond failure and lens degradation.
Maintains the hermetic seal of the transducer housing, ensuring consistent electrical safety (leakage test) compliance.
Don’t let the wrong wipe cost you thousands of dollars! Most disinfectant wipes used in today’s hospitals, clinics, and imaging centers cause damage to ultrasound equipment. Unbeknownst to many medical staff, these machines and transducers cannot be cleaned in the same way as X-ray machines, CT and MRI units.
The Cost of Incompatibility
Using the wrong disinfectant on high-frequency transducers leads to cumulative structural failure and financial loss.
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Acoustic Lens Delamination: Alcohol and harsh solvents dissolve the bonding agents between the lens and the crystal array, leading to total probe failure.
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Electrical Safety Failure: Chemical leaching compromises the hermetic seal of the transducer housing, increasing the risk of current leakage and patient shock.
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Cable & Housing Degradation: Caustic formulas cause plasticizer leaching, resulting in "yellowing," brittleness, and eventual cracking of the cable jacket.
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Asset Value Loss: Equipment with chemical damage or "stress cracking" faces significantly lower trade-in values and increased annual maintenance costs.