Surgical Instrument Washing Machine Costs
When bioburden dries onto surgical instruments, it breaks down and turns to salt. This will cause rust, pitting, and corrosion on the instruments. Using an enzymatic detergent lubricating cleaning product that will breakdown all forms of bioburden and then clean the surface will lower surgical instrument washing costs. Using an instrument cleaner with surface conditioners will protect the surface during brief or extended soaking periods. Manufacturers frequently misuse the word detergent inferring that the product contains detergent cleaning chemicals. Using a combination enzyme detergent surgical instrument lubricating cleaner breaks down and removes bioburden, cleans the surface, removes stains, conditions the surface to prevent staining and corrosion and pitting and lubricates moving parts. Free rinsing instrument cleaners will condition the source water and counter the effects of hard water for spotless cleaning.
Apply a combination enzyme detergent surgical instrument cleaner as soon as possible, following the surgical procedure. Abrasives or hard metal brushes should not be used to clean surgical instruments. Surgical Instruments should not be exposed to saline, acid, alkaline, or other corrosive solutions, including alkaline acid neutralizer instrument cleaners. Lower grade surgical instruments should not be mixed with higher quality surgical grade instruments as this can facilitate corrosion due to the dissimilar metals. Wire bristle brushes should not be used to clean surgical instruments. A high quality combination enzyme detergent surgical instrument cleaner will rapidly breakdown even dried on debris for easy removal. Soaking soiled surgical instruments in a water-based solution overnight is a major cause of rusting, pitting, and spotting on surgical instruments. It is safe and effective to use a high quality combination enzyme detergent foam surgical instrument cleaner to clean, condition and protect surgical instruments. When using an enzyme foam surgical instrument cleaner, the product must be multi-tiered with protease, amylase, lipase, and carbohydrase enzymes to remove all forms of bioburden from surgical instruments and scopes including blood, fat, carbohydrates, starches, and protein. Single and duel enzyme instrument cleaners cost less but are a poor investment.
Prolonged exposure of surgical instruments to dried on blood, fat, carbohydrates, starches, and protein can damage the surface and shorten their life. Removing gross debris from surgical instruments as soon as possible following a surgical procedure will reduce the staining, pitting, and corrosion of surgical instruments. Using an enzyme detergent foam surgical instrument cleaner will reduce the risk of dangerous spills and splashing during transportation. Using a foam product rather than a spray product will eliminate the aerosols caused by spraying and will lay down a thicker layer of cleaning concentrate. During soaking, ultrasonic cleaning, and cleaning with a washer decontaminator, the surface of surgical instruments should be exposed, with hinged surgical instruments in the open position. If an instrument is not properly cleaned, it is not safe to handle during the prep & pack process, and it cannot be sterilized. “Clean” includes the removal of stains.
Surgical Instrument Washing Machine Costs
Surgical instrument washing machine costs can be reduced by the proper sequence of surgical instrument washing treatments. Surgical instrument washing costs can be reduced by implementing the Proper Sequence of Washer Treatments which includes a series of surgical instrument washer mechanical and surgical instrument washer chemical treatments. Surgical Instrument Enzyme Lubricant Cleaners reduce surgical instrument washing machine costs. Surgical Instrument Enzyme Lubricant Cleaners reduce surgical instrument repair costs.