Aesculap Ag

Lukas Boehler

Mateusz Daniol

Matthias Henke

Josef Kozak

Andreas Alk

A method for automatic and sterile-container-specific detection of sterilization cycles carried out by a sterile container, and a system for carrying out the method. A temperature acting on the sterile container is detected using a temperature measurement device associated with the sterile container. A temperature measurement device detects the temperature at fixed first time intervals. Detected temperature values are stored in a memory once a predetermined first limit temperature has been exceeded. Storage of detected temperature values is suspended once a predetermined second limit temperature has been undershot or after a predetermined duration has elapsed after the first limit temperature has been exceeded. The stored temperature values are compared with reference temperature values. A deviation between the temperature values and the reference temperature values is determined. A counter and/or a display device are/is actuated when a deviation is determined within a predetermined tolerance range.

Method for automatic and sterile-container-specific detection of sterilisation cycles carried out by a sterile container

A storage system for storing medical products, in particular temperature-sensitive medical products, and a method for storing medical products in such a storage system. The storage system includes a storage area with a plurality of storage spaces for a respective type of medical product and at least one sensor for detecting an ambient parameter of the storage area. The storage system has a plurality of sensors, each of which is designed as a data logger and each of which is arranged in a manner specific to the storage space to automatically detect at least one storage space-specific ambient parameter. The storage system has at least one reading device for reading the data loggers.

Storage system and method for storing medical products

A medical bending system for bending an object to be bent, in particular a rod, includes at least one object to be bent, a bending apparatus with which the object to be bent is bendable, and a navigation device having a detection unit and a data processing unit. The object to be bent and the bending apparatus include markings that are optically detectable by the detection unit and are arranged or formed on respective surfaces of the object to be bent and the bending apparatus. The data processing unit determines at least one bending parameter during the bending operation based on information from the detection unit relating to the detected markings.

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Furtwangen, Germany

Lukas Boehler