Merit Divisions and Products Flashcards
Knowledge
Which divisions?
8: Cardiac Interventions, Cardiovascular & Critical Card, Cianna Medical, Peripheral Interventions, Endoscopy, Interventional Oncloogy & Spine, Merit OEM, Merit Sensor
Cardiac Interventions - Products
Access (Sheaths, Needles and scalpels), Angio (Diagnostic catheters, wires, syringes), Intervention (inflation devices, guiding catheters, aspiration catheters), Hemostatsis (compression devices), CRM (cardiac rhythm management)
Herograft key benefits (5)
- The external components hanging out of the patients body will be completely internalized (!)
- allows the use of early cannulation vascular grafts with the existing HeRO Graft Venous Outflow Component, saving patients valuable catheter dependent days and their associated complications. We report our experience with the early access HeRO Graft.
- 69% reduced infection rate compared with catheters
- uo to 87% patency rates after 2 years
- cost savings of up to 23% per year
HeroGraft - material & dimensions - Arterial graft component
Arterial graft component material: ePTFE, titanium length: 53cm long incl. connector OD - 22Fr ID-18Fr
Super Hero - key benefit
allows surgeons to utilize other standard wall vascular graft options
HeroGraft - material & dimensions - venous outflow component
nitinol supported tube = improved pushability, crush resistance
length: 40cm
OD -6,3mm
ID - 5mm (15Fr)
HeroGraft - what is it?
Hero = Hemodialysis Reliable OutFlow
-can bypass this central venous stenosis providing patients with an additional upper extremity long-term access option.
- fully subcutaneous vascular access system
intended for use in maintaining long-term vascular access - for chronic hemodialysis patients
- patients have exhausted peripheral venous access sites suitable for fistulas or grafts.
Surfacer - what is it?
a new standard of care
- enables inside-out access to the right internal jugular vein
- can be used to place a central line or e.g. a HerOgraft
Surfacer key benefits
- restore access
-reduce costs (less downtime, minimal invasive) - Easier, minimally invasive
procedure compared to surgical
bypass for patients with totally
occluded central veins
-Preserves the viability of secondary
central veins
-Optimizes placement and
maturation of permanent AV access
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Mit wem habe ich zusammengearbeitet?
Launches: Münster, Freiburg, Tübingen - Relay Double Branch
First commercial implant: Münster-TREO, Heidelberg - Aptus Thoracic, Freiburg - Relay double branch,
Certification: May / Köln Porz, Tessarek / Lingen, Gahlen / Ludwigsburg
Training-Center: Bünger-Rostock, Stehr/Mülheim, Torsello / Münster, Eckstein / Reeps, München, Weidenhagen / München Neuperlach, Regensburg / Kasprcak, Bottrop-Wozniak, Ulm-Lang, Freiburg - Czerny/Rylski, Ludwigsburg - Gahlen, Bad Nauheim - Umscheid
Merit Endotek Aero
Trancheobronchial Stent System
Self expanding Nitinol stent
Covered with a polyurethane coating
anti-migration struts
Airway stents - AERO (für den Bronchial-Hauptast)
Nitinol laser cut. Precision and accurate deployment. Less foreshortening.
Fully covered with a polyurethane coating and features anti-migration struts.
0.35 guide wire.
Merit Endotek Gastroenterology
Gastroenterology Esophageal stents - EndoMAXX Biliary stents - AliMAXX Dilatation balloons Imaging systems for the esophagus
Alimax Biliary Stent - Sizes and Benefits (4)
6,5 Fr 8 x 40 - 10 x 80 Laser cut Nitinol - no foreshortening Anti-migration struts Open cell design allows for Y-configuration Uniform radial force
ALIMAXX-ES™ ESOPHAGEAL Stent
Low profile 22 Fr (7.4 mm) pre-loaded delivery catheter.
12 x 70 - 22 x 120
Covered Stent (to help decrease tissue ingrowth)
Silicone lining provides a smooth inner lumen
Anti-migration struts reduce stent migration.
Purse-string design of the proximal suture knot allows repositioning and removal immediately post-placement.
Endomaxx - ESOPHAGEAL Stent
The laser cut stent design provides for virtually no foreshortening nor elongation of the stent resulting in:
Increased deployment accuracy with no need to compensate for stent foreshortening
Reduction in stent movement “inch worming” as a result of the stent elongating and shortening from changes in compression force
Silicon covering helps decrease tissue ingrowth and stent degredation.