Ultrasonic Cleaners Transform Medical Implant Manufacturing

Summary: As medical implant designs become more sophisticated, manufacturers are turning to advanced ultrasonic cleaning systems to ensure consistent quality, regulatory compliance, and efficient production processes. Product cleanliness directly impacts patient safety and device performance in medical implant manufacturing. Traditional cleaning methods often fall short of today’s rigorous standards, especially given the intricate designs and […]

When medical components are cleaned using ultrasonics, the ultrasonic frequency of the cleaning system needs to be chosen carefully. Using the right ultrasonic frequency depends on the materials that make up the medical device. Higher frequencies deliver gentle cleaning action for soft or coated materials, and low frequencies provide rapid removal of heavy contamination on […]

While medical devices must be cleaned to high standards, many conventional cleaning methods can’t be used in a medical environment. Cleaning with aggressive chemicals is unacceptable, and high-power cleaning methods such as pressure washing are likewise unsuitable. New cleaning methods are needed for sophisticated modern devices that incorporate sensors, screens, probes, and optical fibers. In […]

Because stainless steel is strong, smooth, and impervious to corrosion or organic contaminants, it is used in many medical devices. Such devices still have to be cleaned before use because of possible surface contamination. Ultrasonics can clean stainless steel medical devices quickly and completely, but choosing the right medical ultrasonic cleaner for the specific cleaning […]

When medical equipment manufacturers assemble medical devices, they have to be sure that the components don’t introduce contamination into the finished product. Such contamination can include shop dirt, manufacturing residue, or metallic contamination from machining. The cleanliness of sub-supplier parts introduces additional uncertainty. When all components are cleaned prior to final assembly, medical device manufacturers […]

Because new technologies have made medical devices harder to clean, medical manufacturers have to explore better ways to clean and sterilize medical equipment. High-pressure steam cleaning and autoclave sterilizing can’t be used for devices that include electronics or other heat-sensitive components. Manual scrubbing traditionally used to remove heavy contamination can scratch fragile optical parts and […]

Come see us in person at Booth #2385 at the MD&M (Medical Design and Manufacturing) West trade show in Anaheim CA on August 10-12, 2021.  We’ll be talking about the importance of using the proper ultrasonic frequency for different medical cleaning applications. You will also learn how our unique Phenix Hyper and Phenix+ ultrasonic cleaning […]

When surgical tools and instruments are difficult to clean and sterilize with traditional methods, ultrasonic cleaners can deliver excellent cleaning and sterilizing performance. Some instruments, such as laparoscopes used in minimally invasive surgery, may have heat-sensitive components and can’t be sterilized in an autoclave. Instruments may have complex shapes with areas impossible to reach with […]

Medical instruments, devices, and equipment designed for repeated use have to be cleaned and sterilized after each patient. Traditional cleaning has consisted of manual scrubbing and wiping together with steam cleaning. Sterilization then takes place at high temperatures in an autoclave. Modern medical equipment often includes electronics and other heat-sensitive components. Instruments may have interior […]

Because some modern medical equipment incorporates sensitive components such as electronics, sensors and optical fiber, traditional cleaning and sterilizing methods often can’t be used. Heavy contamination is removed with manual scrubbing and devices such as autoclaves use high-temperature steam to sterilize medical equipment. Sensors and delicate objects such as optical devices are easily scratched when […]