KaVo MASTERsurg LUX Wireless, Инструкция по эксплуатации

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Instructions for use MASTERsurg LUX Wireless REF 1.009.1200
7 Reprocessing steps in accordance with DIN EN ISO 17664 | 7.4 Sterilisation
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Note
If potentially infectious liquids and particles can contact the products, it is recom-
mendable to cover and protect these areas with sterile disposable products.
▶ Seal the handpiece tray and motor cable in a sterilisation pouch.
7.4 Sterilisation
Note
Please comply with the corresponding Instructions for use when you re-process the
motor and motor cable.
Sterilisation by moist heat in accordance with ISO 17665-1 in a steam
steriliser (autoclave)
CAUTION
Damage to device due to improper sterilisation.
Damage to the sterile device.
▶ No hot air sterilisation, no chemical cold sterilisation, do not sterilise with ethylene
oxide!
CAUTION
Product damage
Contact corrosion
▶ Remove the sterilised item from the autoclave immediately after sterilising and
drying.
Note
Treating patients who are possibly afflicted by an acute, critical infectious disease,
be sure to comply with the hygienic measures cited in applicable publications and
reports. If possible, use suitable disposable devices to avoid the transmission of
critical pathogens. This concerns the protection of the user, patients and all parti-
cipants in the surgery.
All dental and medical materials considered to be contaminated must be suitably
processed and sufficiently identified after cleaning and sterilisation before returning
them.
Note
The user is responsible for observing the regulations and conditions for sterility. The
coolant container needs to be disposed and the hoses need to be changed after
each patient.
KaVo medical devices released for sterilisation are temperature-resistant up to 138 ℃
(280.4 °F).
The following parts are released for sterilisation:
▪ Motor cable
▪ Handpiece tray
▪ Autoclave with 3-fold fractionated pre-vacuum:
- at least 3 minutes at 134 °C -1 °C / +4 °C (273 °F -1.6 °F / +7.4 °F)
– Drying time: 20 min.
▪ Autoclave using the gravitation method