openFDA Device Enforcement
Report-date coverage
June 20, 2012–July 08, 2026
Known gap: openFDA describes 2004-present coverage, but the current export has no report-date records in this interval.
openFDA Device Recall
event_date_initiated coverage
June 01, 1997–June 30, 2026
Enforcement coverage uses report dates; product initiation dates can precede those bounds. Device-enrichment coverage uses FDA event_date_initiated.
Product dates, classifications, firms, and source wording remain attached to their individual rows.
Opening this dossier never hides products that did not match a prior timeline filter.
device · product 1 of 3
The Everest Bipolar Cutting Forceps are intended to be passed through a 5-mm or 10-mm cannula, depending on the model/outer diameter size of the forceps. Coagulation is achieved using electrosurgical energy under visualization. The device is to be used with bipolar outputs of compatible generators. The forceps' jaws are electrically isolated from each other enabling one jaw to act as a return electrode, eliminating the need for a return pad. To transect tissue, a cutting blade is actuated and moves between the electrode jaws. The connections (bipolar electrical signal) to the forceps are through either a hardwired cable (model 3006) or a connector at the bottom of the handle (models 3000 and 3005). The device includes mechanisms (switches and triggers) to provide coagulation using the bipolar electrical energy that reaches the forceps. The forceps are positioned in the desired location for grasping, coagulation, and transection of tissue. The anatomical structure to be coagulated is placed between the open forceps jaws, and once the Forceps Grip trigger is squeezed, the forceps' jaws are closed onto tissue, followed by coagulation. The device includes a blade that is mechanically advanced to perform tissue cutting as needed.
Worldwide distribution - US Nationwide and the countries of CA, DE, AU, SG, KR.
device · product 2 of 3
The Everest Bipolar Cutting Forceps are intended to be passed through a 5-mm or 10-mm cannula, depending on the model/outer diameter size of the forceps. Coagulation is achieved using electrosurgical energy under visualization. The device is to be used with bipolar outputs of compatible generators. The forceps' jaws are electrically isolated from each other enabling one jaw to act as a return electrode, eliminating the need for a return pad. To transect tissue, a cutting blade is actuated and moves between the electrode jaws. The connections (bipolar electrical signal) to the forceps are through either a hardwired cable (model 3006) or a connector at the bottom of the handle (models 3000 and 3005). The device includes mechanisms (switches and triggers) to provide coagulation using the bipolar electrical energy that reaches the forceps. The forceps are positioned in the desired location for grasping, coagulation, and transection of tissue. The anatomical structure to be coagulated is placed between the open forceps jaws, and once the Forceps Grip trigger is squeezed, the forceps' jaws are closed onto tissue, followed by coagulation. The device includes a blade that is mechanically advanced to perform tissue cutting as needed.
Worldwide distribution - US Nationwide and the countries of CA, DE, AU, SG, KR.
device · product 3 of 3
The Everest Bipolar Cutting Forceps are intended to be passed through a 5-mm or 10-mm cannula, depending on the model/outer diameter size of the forceps. Coagulation is achieved using electrosurgical energy under visualization. The device is to be used with bipolar outputs of compatible generators. The forceps' jaws are electrically isolated from each other enabling one jaw to act as a return electrode, eliminating the need for a return pad. To transect tissue, a cutting blade is actuated and moves between the electrode jaws. The connections (bipolar electrical signal) to the forceps are through either a hardwired cable (model 3006) or a connector at the bottom of the handle (models 3000 and 3005). The device includes mechanisms (switches and triggers) to provide coagulation using the bipolar electrical energy that reaches the forceps. The forceps are positioned in the desired location for grasping, coagulation, and transection of tissue. The anatomical structure to be coagulated is placed between the open forceps jaws, and once the Forceps Grip trigger is squeezed, the forceps' jaws are closed onto tissue, followed by coagulation. The device includes a blade that is mechanically advanced to perform tissue cutting as needed.
