The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/90cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/90cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/135cm length catheter packaged individually.

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/135cm length catheter packaged individually.

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/150cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 2.4F/150cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is 3.9F/90cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 3.9F/90cm length catheter packaged individually

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 3.9F/90cm length catheter packaged with a 2.4F /150cm length catheter.

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This model is a 3.9F/90cm length catheter packaged with a 2.4F /150cm length catheter.

The Boss Crossing Support Catheter (Boss CSC) is intended to guide and support a guidewire during access of the peripheral vasculature, allow for wire exchanges and provide a conduit for the delivery of saline or other diagnostic contrast agents. The device is intended for single use and is provided sterile using Ethylene Oxide gas. The device consists of two low profile catheters, 2.4F and 3.9F, which are compatible with 0.018” and 0.035” guidewires, respectively. The proximal end of each catheter includes a standard catheter hub with Luer fitting and a strain relief. The distal end of both catheters are equipped with a single marker band which enables visibility under fluoroscopy. There is a hydrophilic coating on the distal portion of each catheter shaft to enhance lubricity. The device is provided either as a kit containing one of each size catheter, or as a single pack containing only one catheter. Each catheter is packaged in individual spiral HDPE hoops that are secured to a HDPE card and placed inside a Tyvek Mylar pouch. This Model is a 3.9F/90cm length catheter packaged with a 2.4F/135cm length catheter

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilatorl and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Coring Scalpel and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, stepped tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field.

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Split Tip Catheter for long term use is a dual lumen, split tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 17Fr Introducer / Dilator and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a second sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD, Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD,Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field

The NexSite™ HD , Hemodialysis Catheter for long term use is a dual lumen, symmetric tip radiopaque polyurethane catheter which contains a Dacron biomaterial cuff and two female luer connectors. The DISC (Dermal Ingrowth Support Collar) assists with the direction of the catheter and consists of a biomaterial tissue ingrowth scaffold. The biomaterial scaffolds on the catheter shaft and DISC are aligned and facilitate tissue ingrowth, which is considered important in reducing the source of extraluminal infection in patients requiring long term catheterisation. The Catheter, DISC and the following ancillary components required for the procedure (0.038” guidewire, Stainless Steel Tunneler and Sleeve, 16Fr Introducer / Dilator, Catheter Stylet and Luer Caps) are provided in a tray, sealed with a Tyvek lid and placed in a sterile pouch so that the tray can be delivered to the sterile field