The ResQPOD ITD 10 is indicated for the temporary increase in blood circulation.

CB10586 - Pulse Oximeter Adapter Cable

CB10587 - Pulse Oximeter Adapter Cable

CB10588 - Pulse Oximeter Adapter Cable

CB10590 - Pulse Oximeter Adapter Cable

CB10639 - Pulse Oximeter Adapter Cable

CB10640 - Pulse Oximeter Adapter Cable

CB10641 - Pulse Oximeter Adapter Cable

CBHPHP1 - Pulse Oximeter Adapter Cable

CBHPN1 - Pulse Oximeter Adapter Cable

Femoral Venous Catheter, Silicone

Femoral Venous Catheter, Silicone

Femoral Venous Catheter, Silicone

The Cardiva Catalyst™ II consists of a sterile disposable Catalyst II Wire and a sterile disposable Catalyst Clip. The Cardiva Catalyst II System is intended to promote hemostasis at arteriotomy sites as an adjunct to manual compression. The Cardiva Catalyst II is indicated for use in patients undergoing diagnostic and/or interventional femoral artery catheterization procedures, using 5F, 6F or 7F introducer sheaths.

The Cardiva Catalyst III consists of a sterile disposable Catalyst III Wire and a sterile disposable Catalyst Clip. The Cardiva Catalyst III is specifically designed for use with heparinized patients. The Cardiva Catalyst III System with Protamine Sulfate is intended to promote hemostasis at arteriotomy sites as an adjunct to manual compression in heparinized patients. The Cardiva Catalyst III is indicated for use in patients undergoing diagnostic and/or interventional femoral artery catheterization procedures, using 5F, 6F or 7F introducer sheaths.

Saver EVO is a user friendly information management program to assist users to manage data from their defibrillation device. Saver EVO shall allow the user to download the data from a HeartSine device to a PC computer. Saver EVO™ data management software enables downloading, revie wing and printing ECG waveforms and event history data recorded in HeartSine samaritan PAD devices. Features of Saver EVO include:Comprehensive event documentation to facilitate physician oversight, Utstein style reporting and report export capabilities, User configuration setup and time synchronization, Simple point-and-click operation

Combined Battery and Electrode Cartridge. Accessory to a therapeutic medical device in the range of Automated External Defibrillators.

Combined Battery and Electrode Cartridge. Accessory to a therapeutic medical device in the range of Automated External Defibrillators.

Combined Battery and Electrode Cartridge. Accessory to a therapeutic medical device in the range of Automated External Defibrillators.

Semi-Automatic External Defibrillator

Semi-Automatic External Defibrillator

Fully Automatic Defibrillator

The CRoC is indicated for use in the battlefield to control difficult bleeds in the inguinal and axilla areas. The CRoC is also indicated for use in the battlefield as a last resort for life threatening bleeds of the carotid artery.

The CRoC is indicated for use in the battlefield to control difficult bleeds in the inguinal and axilla areas. The CRoC is also indicated for use in the battlefield as a last resort for life threatening bleeds of the carotid artery. The CRoC should be applied by a trained medical provider.

The Shockwave Medical Intravascular Lithotripsy (IVL) Connector Cable is a remote actuator which connects the IVL Generator to the IVL Catheter and is used to activate lithotripsy energy within the IVL balloon catheter.

The Shockwave Medical Inc. IVL Generator and Connector Cable provides power and exchanges data via a Connector Cable to the IVL Catheters, which deliver localized lithotripsy-enhanced balloon dilatation of calcified stenotic peripheral arteries.

The Shockwave Medical Inc. IVL Generator and Connector Cable provides power and exchanges data via a Connector Cable to the IVL Catheters, which deliver localized lithotripsy-enhanced balloon dilatation of calcified stenotic peripheral arteries.

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave M5 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave Medical Lithoplasty® Connector Cable is a remote actuator which connects the Lithoplasty® Generator to the Lithoplasty® Catheter and is used to activate lithotripsy energy within the balloon.

The Shockwave Medical Inc. Lithoplasty® Generator provides power and exchanges data via a Connector Cable to the Lithoplasty® Catheters, which deliver localized lithotripsy-enhanced balloon dilatation of calcified stenotic peripheral arteries.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilatation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilatation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilatation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilatation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave Medical Lithoplasty® Catheter is a proprietary balloon catheter for lithotripsy-enhanced balloon dilation of otherwise difficult to treat calcified stenosis of the peripheral vasculature.

The Shockwave S4 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The distal catheter and balloon are hydrophilic coated to increase lubricity. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave S4 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The distal catheter and balloon are hydrophilic coated to increase lubricity. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave S4 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The distal catheter and balloon are hydrophilic coated to increase lubricity. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Shockwave S4 Intravascular Lithotripsy (IVL) Catheter consists of an array of miniaturized lithotripsy emitters, located inside a balloon, that generate acoustic pressure waves within the target treatment site, disrupting calcium within the lesion and allowing subsequent dilation of a peripheral artery stenosis using low balloon pressure. Two radiopaque marker bands inside the balloon aid in positioning. The distal catheter and balloon are hydrophilic coated to increase lubricity. The proximal hub has three ports: one for inflation/deflation of the balloon with 50/50 saline/contrast medium, one for the ‘Over-the-wire’ (OTW) guidewire lumen, and one for connection to the IVL Connector Cable (and IVL Generator).

The Navigant Navigation Workstation (NWS) is a component of the Magnetic Navigation System (MNS). The MNS with NWS is intended to navigate compatible magnetic devices through tissue to designated target sites in the right and left heart and coronary vasculature by orienting the device tip in a desired direction. The Navigant feature provides an enhanced navigation interface for the physician to control the MNS.