During the steps of inspection, sorting and packaging of devices, the unprotected reprocessing personnel can be at risk from a surgical instrument that has remained contaminated with microorganisms. Sterilization of inadequately cleaned surgical instruments is not possible. Highly Concentrated enzyme detergent surgical instrument cleaners deliver the prerequisite for sterilization. The inadequate cleaning of bioburden, including blood, from surgical instruments may result in retained organisms. The Corrosion, rusting, and pitting of surgical instruments occurs when blood and debris are allowed to dry in or on surgical instruments. Saline causes deterioration of surgical instruments. Initial decontamination of surgical instruments should begin immediately after the completion of any surgical procedure. The application of neutral pH enzymatic detergent Surgical Instrument Cleaners will prove to be effective in speeding the cleaning of surgical instruments and lowering the overall handling costs or reprocessing surgical instruments. Surgical instruments are considered to be contaminated because the presence of pathogens is unknown at the time of surgery. The decontamination of surgical instruments is necessary for the protection of personnel and to prevent the transmission of pathogens. The surgical instrument washer decontaminator cleans surgical instruments through multiple cycles, which include: cold water pre-wash, elevated temperature wash with neutral pH Surgical Instrument Cleaners, final rinses with purified water, lubrication, and hot air drying. The all-in-ONE Surgical Instrument cleaner will lower enzyme surgical instrument cleaning detergent costs. The easy FOAM-it pre wash soaking surgical Instrument cleaner will rapidly break down all forms of surgical debris and facilitate cleaning surgical instruments faster.
Surgical Instrument Cleaning Detergent Enzyme Lubricant neutral pH, free-rinsing surgical instrument cleaners are designed to provide critically clean Surgical Instruments with a residue free surface. This is especially important when cleaning micro surgical eye surgical instruments. Foaming Surgical Instrument Cleanerscreate a thick layer of foam on the surface of surgical instruments but once applied the Surgical Instrument Cleaners are non-foaming. Although foaming is valuable for hydrating debris and preventing encrustation on soiled eye surgical instruments foaming during the cleaning process is detrimental to the cleaning process and can present a risk to workers. This is especially important with Ultrasonic Cleaners and Automated Eye Surgical Instrument Washers. Surgical Instrument Cleaner without foam control require excessive rinsing. Residual foam can cause unwanted residue to be retained on the surface of the surgical instrument. Presoaking with neutral pH enzymatic detergent surgical instrument cleaners will effectively remove debris and has proven to be an acceptable alternative to manually cleaning surgical instruments. During cleaning all surfaces of surgical instruments must be exposed to the cleaning process. The use of automated surgical instrument washers may reduce the risk of exposure to contaminants, improve turnaround time, and extend the life of surgical instruments. Delicate surgical instruments may be washed manually. Surgical instrument washer disinfector racks have been designed to safely clean surgical instruments, including delicate surgical instruments and cannulated eye surgical instruments. The Ultrasonic surgical instrument cleaning of dissimilar metals will cause ion transfer which will result in the etching and pitting of surgical instruments. Chrome-plated surgical instruments may be damaged by the mechanical vibrations of ultrasonic cleaning and cause flaking. The cleaning process removes lubricants from surgical instruments. The water soluble lubricants must replaced. Oily lubricants should not be used as the can inhibit steam penetration during sterilization. Surgical Instrument Cleaning Detergentsfor the cleaning of surgical instrument and scopes, neutral pH detergents, with or without enzymes, and detergents containing antimicrobial substances, may be used. The use of non-foaming neutral pH detergents is recommended. Foaming can inhibit fluid contact with the surfaces of surgical instruments and prevent a clear field of vision during the cleaning process presenting the risk of injury to reprocessing personnel. The surgical instrument cleaner selected should effectively loosen organic and non-organic material so that the flushing action of the surgical instrument washer will remove soil. Combination all-in-one, enzymatic detergent surgical instrument cleaners have been shown to be highly effective. Surgical Instrument Cleaners containing these components support effective cleaning action: surfactants which reduce surface tension thus facilitating removal of debris, protease (enzyme) which break protein debris into smaller,soluble subunits amylase (enzyme) which catalyses the breakdown of starch, lipase (enzyme) which breaks up fat-containing debris, and carbohydrase enzyme cleaners that breakdown high level starches.