An assembly of devices that uses radio-frequency (RF) alternating current to dev
An assembly of devices that uses radio-frequency (RF) alternating current to develop heat directly within soft-tissue cells (thermodynamic) for cutting and coagulating tissue within a shield of argon (Ar) gas during surgery. It typically includes a generator, a single-use/reusable electrode handpiece with monopolar electrodes, connecting cables, foot-switch, and an argon gas supply system [housed in a separate trolley (cart) or incorporated into the system generator]. The current forms an ionized channel or arc within the argon shield which lessens the charring of tissue and provides rapid, uniform coagulation over large bleeding surfaces (e.g., capillary beds).
KNS
Unit, Electrosurgical, Endoscopic (With Or Without Accessories)
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
A sterile non-bioabsorbable tubular device intended to be implanted in an obstru
A sterile non-bioabsorbable tubular device intended to be implanted in an obstructed pancreatic duct (e.g., due to stricture or malignancy) to maintain luminal patency; it may also be intended to treat a wide variety of conditions in pancreatic endoscopy (e.g., drain pseudocyst, treat fistula or duct disruption). It is made entirely of a synthetic polymer and has a continuous tube design with or without retention flanges. This is a single-use device.
The Guiding Catheter is a sterile device inserted through a compatible flexible
The Guiding Catheter is a sterile device inserted through a compatible flexible endoscope to aid in the initial placement of a stent, typically into a pancreatic or biliary duct in order to maintain patency. It is made of polytetrafluoroethylene (PTFE) with a radiopaque marker on the distal end. This is a single-use device.
A long flexible tube with an inflatable balloon at its distal tip used to dilate
A long flexible tube with an inflatable balloon at its distal tip used to dilate gastrointestinal strictures of the lower esophageal schinctor. The balloon is inflated to its prescribed diameter to widen the affected passage of the tract. The device is multi-lumen and wire-guided. This is a single-use device.
The Hobbs Microbiology Brush is intended to be used in combination with a compat
The Hobbs Microbiology Brush is intended to be used in combination with a compatible flexible endoscope to collect cells of the mucosa for pathological diagnosis during endoscopy. It is inserted through the working channel of the endoscope and consists of a flexible insertion portion made of a metal coil inside a plastic tube, whose distal end is equipped with plastic bristles for harvesting and protecting mucosal cells, e.g., during endoscopy. This is a single-use device.
The Hobbs Microbiology Brush is intended to be used in combination with a compat
The Hobbs Microbiology Brush is intended to be used in combination with a compatible flexible endoscope to collect cells of the mucosa for pathological diagnosis during endoscopy. It is inserted through the working channel of the endoscope and consists of a flexible insertion portion made of a metal coil inside a plastic tube, whose distal end is equipped with plastic bristles for harvesting and protecting mucosal cells, e.g., during endoscopy. This is a single-use device.
The Hobbs Microbiology Brush is intended to be used in combination with a compat
The Hobbs Microbiology Brush is intended to be used in combination with a compatible flexible endoscope to collect cells of the mucosa for pathological diagnosis during endoscopy. It is inserted through the working channel of the endoscope and consists of a flexible insertion portion made of a metal coil inside a plastic tube, whose distal end is equipped with plastic bristles for harvesting and protecting mucosal cells, e.g., during endoscopy. This is a single-use device.
A long flexible tube with an inflatable balloon at its distal tip used to dilate
A long flexible tube with an inflatable balloon at its distal tip used to dilate gastrointestinal strictures of the lower esophageal schinctor. The balloon is inflated to its prescribed diameter to widen the affected passage of the tract. The device is multi-lumen and wire-guided. This is a single-use device.
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side e
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side eye / metal stylet / radiopaque / CH FR 07
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side e
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side eye / metal stylet / radiopaque / CH FR 06
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side e
Ureteric catheter for guidewire 0.038” (0.97 mm) / Open Coudé tip without side eye / metal stylet / radiopaque / CH FR 4.8
Ureteric catheter for guidewire 0.035” (0.89 mm) / Open Coudé tip without side e
Ureteric catheter for guidewire 0.035” (0.89 mm) / Open Coudé tip without side eye / metal stylet / radiopaque / CH FR 04
Ureteric catheter for guidewire 0.021” (0.54 mm) / Open Coudé tip without side e
Ureteric catheter for guidewire 0.021” (0.54 mm) / Open Coudé tip without side eye / metal stylet / radiopaque / CH FR 03
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / meta
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / metal stylet / radiopaque / CH FR 07
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / meta
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / metal stylet / radiopaque / CH FR 06
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / meta
Ureteric catheter for guidewire0.038” (0.97 mm) / Open Coudé tip / 2 eyes / metal stylet / radiopaque / CH FR 4.8
Ureteric catheter for guidewire0.035” (0.89 mm) / Open Coudé tip / 2 eyes / meta
Ureteric catheter for guidewire0.035” (0.89 mm) / Open Coudé tip / 2 eyes / metal stylet / radiopaque / CH FR 04
Ureteric catheter for guidewire 0.021” (0.54 mm) / Open Coudé tip / 2 eyes / met
Ureteric catheter for guidewire 0.021” (0.54 mm) / Open Coudé tip / 2 eyes / metal stylet / radiopaque / CH FR 03
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 ey
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 eyes / metal stylet / radiopaque / CH FR 07
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 ey
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 eyes / metal stylet / radiopaque / CH FR 06
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 ey
Ureteric catheter for guidewire 0.038” (0.97 mm) / Straight Open open tip / 2 eyes / metal stylet / radiopaque / CH FR 4.8
Ureteric catheter for guidewire 0.035” (0.89 mm) / Straight Open open tip / 2 ey
Ureteric catheter for guidewire 0.035” (0.89 mm) / Straight Open open tip / 2 eyes / metal stylet / radiopaque / CH FR 04
Ureteric catheter for guidewire 0.021” (0.54 mm) / Straight Open open tip / 2 ey
Ureteric catheter for guidewire 0.021” (0.54 mm) / Straight Open open tip / 2 eyes / metal stylet / radiopaque / CH FR 03
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip wit
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip without side eye / metal stylet / flush / radiopaque / CH FR 08
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip wit
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip without side eye / metal stylet / flush / radiopaque / CH FR 07
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip wit
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip without side eye / metal stylet / flush / radiopaque / CH FR 06
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip wit
Ureteric catheter for guidewire 0.038” (0.97 mm) / Flush / Straight open tip without side eye / metal stylet / flush / radiopaque / CH FR 4.8