Percutaneous, mechanical thrombolysis for dialysis AV synthetic grafts and AV native fistulae:

• Conforms to graft and fistula walls without the risk of wall damage

• Operates with a touch of an ON/OFF switch

• No capital equipment required

• No clinical hemolysis, reduces procedural holding time

• Maximizes thrombus removal

• Product can be easily visualized under fluoroscopy

• Easy thrombus aspiration from the patient

• Long length allows for a variety of access points

• Provides ability to pass the device over a wire

Antiseptic infection protection for central venous catheters and percutaneous sheath introducers.

Product line includes ARROWg+ ard^® (outside protection only ) on 14 and 16 gauge single lumen catheters, 4 French through 12 French double, triple and quad lumen CVCs, and 8.5 and 9.0 French PSIs, including the MAC™. ARROWg+ ard^® Blue PLUS™ technology has intraluminal and extraluminal antimicrobial protection.

A 7 (RC-09700) and 8.5 (RC-09850) French catheter exchange set for transitioning from a 20 gauge or larger peripheral IV to large bore access in emergency settings or in the pre-operative anesthesia setting:

• Provides secure access to existing peripheral IV site

• Provides for maximum flow in a peripheral vein

• Easily stored

4 French, 60cm Karlan™ Balloon Catheter packaged either with (CS 01700) or without (CS 01701) a 5mm metal introducer for performing a cholangiogram:

• When inflated properly, the balloon occludes the cystic duct.

• Provides two access routes

• Provides a highly visible marker on the catheter

• Will not obstruct visibility of duct

• Directs the catheter at an angle once inside the abdomen

• Provides a seal once trocar assembly is removed

The Arrow Thermodilution catheter is a flow directed (balloon flotation) and/or torque controlled catheter used to measure right heart pressures, and measure cardiac output through placement of the catheter in the pulmonary artery:

• Reduces the risk of catheter contamination and clinician exposure to bloodborne pathogens

• Provides a simple mechanism for checking the patency of the balloon with less risk of contamination

• Better maneuverability at femoral insertion site,does not soften as quickly in situ

• Reduces thrombus formation on catheter surface

• The diameter of the deflated balloon does not exceed the diameter of the catheter body,allowing equal sizing of the catheter to sheath (7 Fr.catheter

• goes through a 7 Fr.sheath),minimizes vessel trauma and blood loss thru the use of the smallest sheath possible.

• Truer waveforms when monitoring (The smaller the distal lumen,the more the waveform will be distorted).

• Less kinking than PVC which can dampen waveforms

• Reduces the risks associated with PVC (poly vinyl chloride) catheter materials, such as clot formation