Manual Cleaning - acumed Acu-Loc Instrucciones De Uso

US Instructions for use
• Prevent damage to the protective anodization layer on aluminum instruments by avoiding contact with
solutions < 4 pH and > 9 pH, especially if they contain sodium carbonate or sodium hydroxide.
• Repeated processing of anodized metals may cause colors to fade but this does not affect the function
of the device.
• Avoid cleaning agents containing aldehydes since they can denature and coagulate proteins (fixation).
• Enzymatic detergents are well suited for loosening protein-based contamination.
- Use a neutral pH enzymatic detergent.
- Use a low foaming solution to allow visibility of the device during cleaning.
• Closely follow the manufacturer's instructions for the safety, storage, mixing, water quality, exposure
time, temperature, replacement, and disposal of cleaning agents.
• Devices potentially contaminated with transmissible spongiform encephalopathy (TSE) agents shall not
be processed or reused. These processing instructions are not suitable for inactivation of TSE agents. Observe hospital procedures, practice guidelines, and/or government regulations for the proper
handling and disposal of devices potentially contaminated with TSE agents.
• Utility water: Refer to AAMI TIR34* when instructed to use utility water. Utility water is typically
municipal or tap water but may require additional treatment to be suitable for use.
• Critical water: Refer to AAMI TIR34* when instructed to use critical water. Critical water is highly treated
and has very low organic and inorganic content with an endotoxin level under 10 EU/mL. Suitable water
may also be specified in national pharmacopeias, national standards, and hospital protocols.
* Association for the Advancement of Medical Instrumentation (AAMI). Water for the reprocessing of
medical devices. AAMI TIR34:2014/(R)2017. Arlington, VA.

MANUAL CLEANING

1. Rinse the contaminated instruments under running cold utility water to reduce heavy surface
contamination.
2. Dispose of any used instruments intended for single use only.
3. Place the contaminated instruments in enzymatic solution* until completely submerged to minimize
the spraying of solution.
4. Actuate all moveable parts to allow detergent to contact all surfaces.
5. Soak for a minimum of ten (10) minutes.
6. Scrub the instruments using a soft-bristled brush to remove all visible debris. Do not use stainless
steel or other abrasives as these may damage the surface.
- When possible, scrub the instruments when totally submerged to minimize the spraying of fluid.
7. Some instruments may require special consideration:
- Clean the instruments with all parts loosened. Clean the instruments disassembled if they are
designed to be taken apart.
- Use a water jet to flood cleaning solution into challenging areas, such as mating surfaces, springs,
coils, cannulations, blind holes, flutes, cutting teeth, and flexible parts to flush out any trapped
soil.
- Operate movable parts and rotate (as necessary) while scrubbing to ensure that all crevices are
accessible.
- Carefully clean cannulated parts and challenging areas using an appropriately sized brush.
- Optionally sonicate for 10 to 15 minutes using a fresh, neutral pH ultrasonic cleaning solution.
Follow the ultrasonic cleaner and detergent manufacturer's instructions.
Important: Any previous surface damage may increase due to ultrasonic cleaning.
8. Perform an initial rinse for at least 3 minutes using clean, soft, utility water in the temperature range of
25°C to 35°C (77°F to 95°F) to remove all signs of contamination and cleaning agent.
U.S. English – US / PAGE 6