Jackson, MI (PRWEB) May 23, 2011
Driven by efforts to become greener and the desire to decrease expenditures for new surgical instrument purchases, more healthcare facilities are looking toward reposable rather than disposable, single use devices for their surgical procedures. At the same time, healthcare leaders are searching for ways to drive quality up, which will, in turn, drive costs down. These two focuses are not diametrically opposed.
The primary danger from the use of reposable surgical instruments is the possibility of transmitting healthcare acquired infections (HAIs). The bacteria remaining on inadequately cleaned instruments are one of the main ways these diseases are spread in a medical facility. Cleaning procedures used in hospitals are designed to assure all devices used are completely clean so they can be properly sterilized in order for them to be safe for use on patients. For many reposable surgical instruments, these cleaning procedures do an adequate job, and the results can easily be verified. For more complicated tools, however, this is often not the case.
The trend toward reposable surgical instruments has led to the introduction of instruments that are very difficult to clean sufficiently. For example, cannulated instruments that feature small diameter interior lumens can be extremely difficult to reprocess. To aid in this process, manufacturers provide a recommended cleaning procedure for staff to follow, usually involving scrubbing the lumen with a long, flexible brush. This creates several problems for the cleaning staff.
First, the cleaning instructions often do not mention exactly what type of brush is to be used by the manufacturer to develop the process. Using a brush that is too soft or too coarse can drastically influence the result of the cleaning process. It is also impossible to know exactly how the manufacturer used the brushes. If you do not scrub the instruments in the same manner as the manufacturer, the results will not be the same. Finally, even with flexible brushes, it is extremely difficult to clean cannulated instruments that are not straight. Whether due to hidden insets, length of lumen or strange angles, entire areas are often left untouched by manual brushing due to device design limitations.
To help improve the process of cleaning cannulated instruments, Midbrook Medical, the Jackson, MI, based manufacturer of medical decontamination equipment, can develop an automated washing system specifically designed for these problematic devices. For example, Midbrook’s Tempest utilizes digital ultrasonic action to clean the outside of cannulated instruments while also power flushing the interior lumen with enzymatic solution. This process achieves a cleanliness level that cannot be matched by manual brushing or simple fluid flow. Since the cleaning process is completely automated, the Tempest also ensures that the cleanliness level remains consistent from cycle to cycle. The process performed at the healthcare facility is the same process that was developed and extensively tested by Midbrook Medical to maximize effectiveness.
As more surgical instruments are manufactured to be reposable, it is becoming increasingly important to develop effective methods of reprocessing them. Simply following the manufacturer’s instructions may not be enough to clean cannulated instruments and other complicated or difficult to wash items. Automated processes such as those provided by Midbrook Medical are able to clean instruments more thoroughly and consistently, protecting both patients and staff from possible infection.
Midbrook Medical is the minority owned, women owned, Michigan based solution provider to the Healthcare market. Midbrook is not a medical company looking to be a copy cat distributer of decontamination equipment. Rather, Midbrook is the world leader in custom designed, process specific cleaning equipment focused on taking the expertise learned in other industries and applying it effectively to issues within the medical industry in order to provide cleaner instruments that will, in turn, make sterilization more effective.
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