Carag Ag

Medaxis Ag

Cyrill Röthlin

Jérôme Bernhard

Beat Widmer

Kuno Limacher

Albora De Pablo Peña

Lukas Christen

Beat Moser

Roman Good

Claudio Steiner

Daniel Napoletano

Martin Butler

Jörg Hummen

Christoph Sidler

Daniel Schenk

Jerôme Bernhard

Albora De Pablo PEÑA

Daniel Uhr

Martin Bütler

The present invention relates to a handpiece for spraying on a fluid jet with a handpiece casing in which a nozzle element for forming the jet geometry of the fluid jet is accommodated. The present invention is based on the object of specifying a handpiece for spraying on a fluid jet which can be produced in a more simple and inexpensive manner, and proposes to satisfy the object in that a nozzle element be fixedly connected to an integrally formed nozzle holder which sealingly abuts against the outer circumferential surface of the nozzle element and is fixed relative to the handpiece casing.

Handpiece for spraying on a fluid jet and insertion member for this handpiece

A device for inactivating or reducing an amount of biological contaminants in human milk comprises an interior for taking in human milk to be treated in order to inactivate or reduce the amount of biological contaminants, and at least one UV lamp for irradiating the milk being in the interior in order to subject it to the treatment. The treatment is a first function of the device, wherein the device has a second function, the device being capable of fulfilling the first function at the same time as the second function, wherein the second function is one or more of milk expressing, milk collecting, milk storing, milk warming, milk feeding, milk processing and milk handling.

Device for pasteurization of human milk

The invention relates to a delivery system for delivering a stent (S) into a body vessel of a patient, comprising a flexible catheter tube () having a proximal and a distal end for delivering the stent (S) to a predetermined location in the body vessel and a catheter tip () having a longitudinal direction, which is disposed at the distal end of the catheter tube (). The catheter tip () has a stent chamber () to receive the stent (). The catheter tip has a first pressure chamber (). In the catheter tube () a first fluid channel () extends from the proximal end to the first pressure chamber () of the catheter tip (). The volume of the first pressure chamber () can be enlarged by delivering a first fluid from the first fluid channel () to the first pressure chamber (), such that the stent (S) is released from the stent chamber () at the predetermined location in the body vessel. According to the invention the catheter tip () has a second pressure chamber (), wherein in the catheter tube () a second fluid channel () extends from the proximal end to the second pressure chamber () and wherein the volume of the second pressure chamber () can be enlarged by delivering a second fluid from the second fluid channel () to the second pressure chamber (), such that a partially released stent (S) can be returned from the predetermined location in the body vessel into the stent chamber (). This delivery system according to the invention makes it possible to release a stent (S) at a well-defined location and also to surround same again relatively atraumatically and to reposition same in situ.

Stent applicator

Growing community of inventors

Hünenberg, Switzerland

Cyrill Röthlin