Laparoscopy forceps EB215
tissue graspingablationMaryland

Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland - image - 2
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland - image - 3
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland - image - 4
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland - image - 5
Laparoscopy forceps - EB215 - Applied Medical - tissue grasping / ablation / Maryland - image - 6
Add to favorites
Compare this product
 

Characteristics

Applications
laparoscopy
Procedure
tissue grasping, ablation
Design
Maryland
Shape
bent

Description

The Voyant Maryland Fusion devices effectively seal vessels up to and including 7mm in diameter and tissue bundles in laparoscopic and open procedures. They deliver radio-frequency energy to tissue captured between the jaws and divide sealed tissue with a user-actuated blade. In laparoscopic applications, the devices are designed for use with 5mm-or-larger trocars. Maryland Fusion Device with Single‑Step Activation Spring-Loaded Handle Lever with Inset Fuse Activation Button Increases user efficiency by reducing the steps required for energy activation. Opens automatically when released. Maryland Fusion Device (Latching Handle) Spring-Loaded Handle Lever with Latch Reduces hand fatigue by maintaining closure of the handle while the user presses the fuse activation button. Opens automatically when unlatched. Aids in tracking the contour of anatomical structures, visualizing the tips of the jaw, and optimizing control during tissue dissection. Produces a seal length of 20mm and a cut length of 18mm. Allows for continuous, 360-degree rotation to facilitate accurate jaw placement. Transects tissue with a mechanical blade. Available in lengths of 23, 37 and 44 centimeters. Optimizes energy delivery for procedural needs. Collects and stores activation data for the purpose of learning from live human tissue. Enables efficient implementation of algorithm updates and delivery of the most advanced technology with each handpiece.

Catalogs

No catalogs are available for this product.

See all of Applied Medical‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.