The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The MICRO Elite Snare is intended for use in the retrieval and manipulation of a
The MICRO Elite Snare is intended for use in the retrieval and manipulation of atraumatic foreign bodies located in the coronary and peripheral cardiovascular system and the extra-cranial neurovascular anatomy.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The VSI Radial Introducer Sheath is intended for use to facilitate the introduct
The VSI Radial Introducer Sheath is intended for use to facilitate the introduction of guidewires, catheters and other accessory medical devices through the skin into a vein or artery and minimize blood loss associated with such introduction.
The MICRO Elite Snare is intended for use in the retrieval and manipulation of a
The MICRO Elite Snare is intended for use in the retrieval and manipulation of atraumatic foreign bodies located in the coronary and peripheral cardiovascular system and the extra-cranial neurovascular anatomy.
The Guardian hemostasis valves are intended to maintain hemostasis during the us
The Guardian hemostasis valves are intended to maintain hemostasis during the use of diagnostic or interventional devices. Guardian hemostasis valves are indicated for maintaining a seal around diagnostic/interventional devices with outside diameters up to 8F (0.105" or 2.67mm) during diagnostic/interventional procedures. The torque device is provided as an aid for steering the guidewire within the vascular anatomy.
The Guardian hemostasis valves are intended to maintain hemostasis during the us
The Guardian hemostasis valves are intended to maintain hemostasis during the use of diagnostic or interventional devices. Guardian hemostasis valves are indicated for maintaining a seal around diagnostic/interventional devices with outside diameters up to 8F (0.105" or 2.67mm) during diagnostic/interventional procedures.
The VARI-LASE Platinum Bright Tip laser fiber is indicated for the treatment of
The VARI-LASE Platinum Bright Tip laser fiber is indicated for the treatment of varicose veins and varicosities associated with superficial reflux of the great saphenous vein and for the treatment of incompetence and reflux of superficial veins in the lower extremity.
The VARI-LASE Platinum Bright Tip laser fiber is indicated for the treatment of
The VARI-LASE Platinum Bright Tip laser fiber is indicated for the treatment of varicose veins and varicosities associated with superficial reflux of the great saphenous vein and for the treatment of incompetence and reflux of superficial veins in the lower extremity.
The TSP Crosser System is intended to be used both to puncture the interatrial s
The TSP Crosser System is intended to be used both to puncture the interatrial septum during a transseptal catheterization procedure and to introduce various cardiovascular catheters into the left heart chambers.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The Puncture Needle incorporates a lumen, which provides a conduit for the inser
The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling thewire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a
The ShoocinTM Introducer Kit consists of a puncture needle, a guide wire with a guide wire collimator, a sheath introducer, and a dilator. The Puncture Needle incorporates a lumen, which provides a conduit for the insertion of the Guide Wire into the vascular system. The flexible stainless-steel guide wire is utilized as a guiding mechanism for the insertion of the Introducer Sheath into the vascular system. The Guide Wire contains a wire collimator, which assists in funneling the wire through the lumen of the Puncture Needle. The Guide Wire is radio-detective under fluoroscopy. The Sheath Introducer contains Barium sulfate (BaSO4), making the device visible under fluoroscopy and provides a conduit for introducing other interventional devices, including guide wires and interventional catheters, into the vascular system. The main components of this assembly are a non-hydrophilic coated Sheath Introducer, hemostasis valve housing, and a side port tubing with a 3-way stopcock/valve. The Dilator is used to provide support and stability to the Sheath Introducer during deployment into the vascular system. The proximal end of the Dilator includes a luer port and has a tapered, atraumatic distal tip. There is no radiocontrast agent on the dilator.