Asp Global Manufacturing Gmbh

Ethicon, Gmbh

Advanced Sterilization Products

Other

Nick Ngoc Nguyen

Yan Fang

Walter Francovich

Philippe Conseil

Ujjal Bhaumik

Hal Williams

Samuel Jackson Rhodes

Ross G Krogh

Kaitao Lu

James P Kohler

Darius D Eghbal

Richard Jackson

Cindy L Ellis

Doug Vo Truong

Curtis H Felt

Remigio Guinto

Derrick C Tan

Mark J Lubong

Mohammad Khair

Son Nam Doan

An instrument reprocessor for cleaning, disinfecting, and/or sterilizing a medical instrument is disclosed. To reprocess instruments having one or more channels defined therein, the reprocessor can include one or more flow control systems configured to control a flow of fluid through each channel. A flow control system can include a differential pressure sensor and a proportional valve for controlling the fluid flow in a channel. The reprocessor can also include a fluid circulation pump which can be configured to supply the flow control systems with fluid and a system for controlling the pressure of the fluid supplied to the flow control systems. The reprocessor can also include a system for supplying a metered amount of fluid to the fluid circulation system. The system can include a reservoir having a fluid height sensor to monitor the amount of fluid therein and a pump configured to supply the reservoir with fluid.

Instrument reprocessor and instrument reprocessing methods

A device for breaking an ampoule of a biological indicator includes: a main body; a pivoting body attached to the main body at a main pivot point; a receiving area in the main body and configured to receive the biological indicator; a pressing surface inside the pivoting body; and a compressing element including a compressing surface, the compressing surface being operable between a first position and a second position located in the receiving area.

Ampoule breaker for a biological indicator

An instrument reprocessor for cleaning, disinfecting, and/or sterilizing a medical instrument is disclosed. To reprocess instruments having one or more channels defined therein, the reprocessor can include one or more flow control systems configured to control a flow of fluid through each channel. In various embodiments, a flow control system can include a differential pressure sensor and a proportional valve for controlling the fluid flow in a channel. The reprocessor can also include, one, a fluid circulation pump which can be configured to supply the flow control systems with fluid and, two, a system for controlling the pressure of the fluid supplied to the flow control systems. The reprocessor can also include a system for supplying a metered amount of fluid to the fluid circulation system. The system can include a reservoir having a fluid height sensor to monitor the amount of fluid therein and a pump configured to supply the reservoir with fluid.

An endoscope reprocessor having a tube and nozzles may be used to increase the effectiveness of an endoscope reprocessor. Fluid may be delivered into the tube through the nozzle, which may be oriented in various orientations. Energy of the flow within the tube may be increased by introduction of fluid through the nozzles, which may additionally move the endoscope within the tube.

Endoscope reprocessor

A medical instrument processor includes an enclosure, a liquid distribution system, and a disinfectant concentration measuring subsystem. The enclosure is configured to hold a medical instrument. The liquid distribution system is configured to deliver a disinfection solution to a medical instrument within the enclosure. The liquid distribution system has a liquid outlet. The disinfectant concentration measuring subsystem includes a first mixing chamber in fluid communication with the liquid outlet, a pump that is configured to simultaneously pump the disinfection solution and the reagent solution into the first mixing chamber, and a concentration analysis assembly that is operable to determine a concentration of disinfectant in a sample solution that is output from the first mixing chamber. The reservoir is in fluid communication with the first mixing chamber.

Apparatus and method to measure concentration of disinfectant in medical device reprocessing system

An apparatus and method are disclosed for identifying the position of an object that is, or will be, used in a sterilization process. The apparatus comprises at least two containers and each container has a cavity configured to receive the object. At least one visual indicator corresponds to each container. A programmable hardware device is configured to receive an identifier. Responsive to receipt of the identifier, the programmable hardware device is configured to indicate a position of at least one of the containers that corresponds to the identifier utilizing the visual indicator.

Storage apparatus and method for identifying a position of an object

A liquid distribution system is configured to deliver a disinfectant solution to a medical device within an enclosure. A disinfectant concentration measuring subsystem includes a mixing chamber, a reservoir, a reservoir cap, a pump, and a concentration analysis assembly. The first mixing chamber is in fluid communication with an outlet of the liquid distribution system. The reservoir is configured to contain a reagent solution and is in fluid communication with the mixing chamber. The reservoir cap includes a static member, which is configured to couple with a supply conduit and a return conduit; and a rotating member, which is configured to rotate relative to the static member to couple the reservoir cap with the reservoir. The pump is configured to simultaneously pump the disinfectant solution and the reagent solution into the mixing chamber. The concentration analysis assembly is operable to determine a concentration of disinfectant output from the mixing chamber.

Multi-port cap for reagent container

A method for attaching a test fixture to a surgical instrument comprising removing a valve member from a valve chamber of a surgical instrument and removing another valve member from another valve chamber of the surgical instrument. The method further comprises inserting a valve member analogue extending from a frame of a test figure into the valve chamber, wherein the valve member analogue comprises a first seal and a second seal, and wherein the first and second seals are configured to seal at least a portion of the valve chamber of the surgical instrument. The method further comprises inserting another valve member analogue extending from the frame, wherein the valve member analogue and the another valve member analogue define a longitudinal axis extending substantially therebetween. The method further comprises securing the test fixture to the surgical instrument by moving the housing substantially perpendicular to the longitudinal axis into a locked position.

Endoscope channel separator

Coupling arrangements and connectors for establishing a substantially fluid-tight removable connection between a fluid port in a medical device such as an endoscope. Various embodiments of the connectors may be coupled to a fluid conduit that may be attached to a decontamination or reprocessing device used to flow fluid through corresponding channels in the medical device during the decontamination process.

Fluid connector for endoscope reprocessing system

A reprocessing system includes a decontamination basin, a lid, a cleaning assembly, an exterior body, and an actuating panel assembly. The lid is configured to enclose the interior surface of the decontamination basin in a closed configuration. The lid and an interior surface of the decontamination basin are configured to cooperate to house a medical device when in the lid is in the closed configuration. The cleaning assembly is operable to clean a medical device housed in the decontamination basin. The actuating panel assembly is configured to transition between a withdrawn position and an extended position. The actuating panel assembly is configured to be enclosed by the lid and the interior surface of the decontamination basin in the withdrawn position. The actuating panel assembly is configured to extend above a portion of the exterior body while the actuating panel assembly is in the extended position.

Features to prevent cross-contamination of endoscope from reprocessing system

A decontamination system including a test fixture configured to engage an endoscope in order to retain the test fixture thereto, wherein the endoscope can comprise a valve chamber and a valve removable from the valve chamber such that the test fixture can be inserted therein. The test fixture can comprise, first, a frame having a first gripping portion and a valve member analog extending from the frame, and, second, a housing having a second gripping portion movable relative to the frame between a locked position and an unlocked position, wherein the second gripping portion is configured to be moved toward the first gripping portion to position the housing in its unlocked position. The second gripping portion can be configured to be moved away from the first gripping portion to position the housing in its locked position such that the housing can engage a locking feature on the endoscope.

Growing community of inventors

Silverado, CA, United States of America

Nick Ngoc Nguyen