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Sources: EU EUDAMED, US FDA
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Grasper/Retriever, Alligator Jaw, Rat Tooth 2.4 mm x 8 mm x 230 cm Catalog Number: 7226 Intended use: single use accessory devices used through the working channel of a GI endoscope
FDA Enforcement
Class II
·Completed·Shent USA, Inc.·August 18, 2021
Grasper/Retriever, Alligator Jaw 2.4 mm x 5 mm x 230 cm Catalog Number: 7208 Intended use: single use accessory devices used through the working channel of a GI endoscope
FDA Enforcement
Class II
·Completed·Shent USA, Inc.·August 18, 2021
Vasoview Hemopro 3 Endoscopic Vessel Harvesting System Model No. C-VH-6000. The VASOVIEW HEMOPRO 3 Endoscopic Vessel Harvesting (EVH) System (VH-6000, VH-6001, and VH-6010) is a vessel harvesting kit designed for use with a 7 mm endoscope to cut and cauterize vessel branches. The HP3 Harvesting Tool features two curved, insulated jaws with heating elements that operate through heat and pressure rather than radiofrequency energy.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·October 1, 2025
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.
FDA Enforcement
Class II
·Ongoing·Olympus Corporation of the Americas·August 14, 2024
ALTRUS¿ THERMAL TISSUE FUSION, Tissue Fusion Handpiece, 5 mm O.D., 16 cm Shaft, REF 60-9520-001, STERILE -- CONMED CORPORATION 525 FRENCH RD, UTICA, NY 13502 --- The ConMed Altrus¿ Thermal Tissue Fusion System is comprised of a dedicated energy source and disposable handpiece used to ligate (seal) and divide (cut) blood vessels and tissue bundles that fit into the jaws of the handpiece. The Altrus¿ System utilizes a thermal energy platform to achieve the desired clinical effect. The ConMed Altrus¿ Thermal Tissue Fusion handpiece is a single use device which is provided sterile. The device uses scissors to parallel jaw closure mechanism with one flat jaw and one crowned jaw in which the vessels/tissues are grasped and through which pressure and heat are applied. It is a multi-functional device capable of vessel sealing, grasping and dissecting during open general surgical procedures. The two jaw sizes allow for applications in a variety of clinical environments for access in confined areas as well as large open areas.
FDA Enforcement
Class II
·Terminated·ConMed Corporation·November 27, 2013
ALTRUS¿ THERMAL TISSUE FUSION, Tissue Fusion Handpiece, 5 mm O.D., 36 cm Shaft, REF 60-9522-001, STERILE -- CONMED CORPORATION 525 FRENCH RD, UTICA, NY 13502 --- The ConMed Altrus¿ Thermal Tissue Fusion System is comprised of a dedicated energy source and disposable handpiece used to ligate (seal) and divide (cut) blood vessels and tissue bundles that fit into the jaws of the handpiece. The Altrus¿ System utilizes a thermal energy platform to achieve the desired clinical effect. The ConMed Altrus¿ Thermal Tissue Fusion handpiece is a single use device which is provided sterile. The device uses scissors to parallel jaw closure mechanism with one flat jaw and one crowned jaw in which the vessels/tissues are grasped and through which pressure and heat are applied. It is a multi-functional device capable of vessel sealing, grasping and dissecting during open general surgical procedures. The two jaw sizes allow for applications in a variety of clinical environments for access in confined areas as well as large open areas.
FDA Enforcement
Class II
·Terminated·ConMed Corporation·November 27, 2013
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.
FDA Enforcement
Class II
·Ongoing·Olympus Corporation of the Americas·August 14, 2024
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.
FDA Enforcement
Class II
·Ongoing·Olympus Corporation of the Americas·August 14, 2024
RayStation Radiation Therapy Treatment Planning System; -- RayStation 3.5, RayStation 4.0, RayStation 4.5 and RayStation 4.7. For RayStation 4.7, the issue applies also to machines with fixed jaws, regardless of MLC/jaw position. RayStation is a software system designed for treatment planning and analysis of radiation therapy.
FDA Enforcement
Class II
·Terminated·RAYSEARCH LABORATORIES AB·April 1, 2015
The VASOVIEW HemoPro 2 Endoscopic Vessel Harvesting System, labeled as the following: 1. VasoView Hemopro 2, Model Number: VH-4000. 2. VasoView Hemopro 2 with Vasoshield. Model Number: VH-4001. The VASOVIEW HemoPro 2 Endoscopic Vessel Harvesting Systems are designed for use in conjunction with the 7 mm Extended Length Endoscope. The Harvesting Cannula has four lumens which house the Endoscope, C-Ring, distal lens washer tube, and harvesting tool for cutting and cauterizing vessel branches. The harvesting tool has two curved jaws. One of the jaws contains the heating elements for branch cutting and cauterization and spot cautery. An area near the tip of the convex side of the jaw is used for spot cautery. The activation toggle is used to control the jaws to activate the heating elements. Positioning of the device, cutting, and cauterization are performed under endoscopic visualization.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·July 3, 2024
The VASOVIEW HEMOPRO Endoscopic Vessel Harvesting Systems is designed for use in conjunction with the 7 mm Extended Length Endoscope. The Harvesting Cannula has four lumens which house the Endoscope, C-Ring, distal lens washer tube, and harvesting tool for cutting and cauterizing vessel branches. The harvesting tool has two curved jaws. One of the jaws contains the heating elements for branch cutting and cauterization and spot cautery. An area near the tip of the convex side of the jaw is used for spot cautery. The activation toggle is used to control the jaws to activate the heating elements. Positioning of the device, cutting, and cauterization are performed under endoscopic visualization.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·July 17, 2024
The VASOVIEW HEMOPRO 2 Endoscopic Vessel Harvesting System is designed for use in conjunction with the 7 mm Extended Length Endoscope. The Harvesting Cannula has four lumens which house the Endoscope, C-Ring, distal lens washer tube, and harvesting tool for cutting and cauterizing vessel branches. The harvesting tool has two curved jaws. One of the jaws contains the heating elements for branch cutting and cauterization and spot cautery. An area near the tip of the convex side of the jaw is used for spot cautery. The activation toggle is used to control the jaws to activate the heating elements. Positioning of the device, cutting, and cauterization are performed under endoscopic visualization.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·July 17, 2024
Varian brand Clinac, Trilogy, Novalis Tx, Unique, linear accelerators; Model Number: H14, H18, H29, Reference/FSCA Identifier: CP-08881; Product is manufactured and distributed by Varian Medical Systems Inc., Palo Alto, CA. 1) The Varian Low Energy Linear Accelerator is indicated for precision radiotherapy for lesions, tumors and conditions anywhere in the body when radiation treatment i is indicated. (2) The Varian High Energy Linear Accelerator is indicated for stereotactic radiosurgery and precision radiotherapy for lesions, tumors and conditions anywhere in the body when radiation treatment is indicated.
FDA Enforcement
Class II
·Terminated·Varian Medical Systems, Inc. Oncology Systems·September 26, 2012
Microline Surgical ReNew Laproscopic Fenestrated Grasper Forceps Tips Ref 3221
FDA Enforcement
Class II
·Terminated·Microline Surgical, Inc.·July 9, 2014
Voyant Open Fusion Device Models: EB040 and EB040+ Product Usage: The Applied Voyant Open Fusion Device is designed for use with the Voyant Electrosurgical Generator. The device is an advanced bipolar instrument that uses RF energy, provided by the generator, to seal vessels up to and including 5mm (EB040+) or 7mm (EB040) in diameter. The device may also be used to seal tissue bundles that can be captured in the device jaws. The system delivers the energy required to fuse the tissue between the jaws of the device by monitoring voltage and current throughout the seal cycle. The device also features a useractuated blade for the transection of sealed tissue.
FDA Enforcement
Class II
·Terminated·Applied Medical Resources Corp·September 23, 2015
The VASOVIEW HemoPro Endoscopic Vessel Harvesting Systems are designed for use in conjunction with the 7 mm Extended Length Endoscope. The Harvesting Cannula has four lumens which house the Endoscope, C-Ring, distal lens washer tube, and harvesting tool for cutting and cauterizing vessel branches. The harvesting tool has two curved jaws. One of the jaws contains the heating elements for branch cutting and cauterization and spot cautery. An area near the tip of the convex side of the jaw is used for spot cautery. The activation toggle is used to control the jaws to activate the heating elements. Positioning of the device, cutting, and cauterization are performed under endoscopic visualization.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·July 3, 2024
Microline Surgical ReNew Laproscopic Fenestrated Grasper Forceps Tips (Reusable) Ref 3222
FDA Enforcement
Class II
·Terminated·Microline Surgical, Inc.·July 9, 2014
Nextgen Complete Knee Solution Replacement Jaw for Use with Femoral and Provisional Impactor/Extractor, REF 00-5901-026-40, Non-Sterile Zimmer, Warsaw Indiana The instrument is attached to the femoral implant or provisional to aid in positioning and inserting the components.
FDA Enforcement
Class II
·Terminated·Zimmer Inc.·August 8, 2012
The VASOVIEW HEMOPRO 2 Endoscopic Vessel Harvesting System is designed for use in conjunction with the 7 mm extended length endoscope. The Harvesting Cannula has four lumens which house the endoscope, C-Ring, distal lens washer tube, and Harvesting Tool for cutting and cauterizing vessel branches. The Harvesting Tool has two curved jaws. One of the jaws contains the heating elements for branch cutting and cauterization and spot cautery. An area near the tip of the convex side of the jaw is used for spot cautery. The activation toggle is used to control the jaws to activate the heating elements. Positioning the device, cutting, and cauterization are performed under endoscopic visualization. The device is intended for specific use with the VASOVIEW HEMOPRO Power Supply, VASOVIEW HEMOPRO 2 extension cable, and an adapter cable.
FDA Enforcement
Class II
·Ongoing·Maquet Cardiovascular, LLC·April 30, 2025
Microline Renew Fenestrated Control Tip Grasper, Single Patient Use, Product Number: 3222 The ReNew Fenestrated Grasper Forceps Tips are intended to cut, grasp, and dissect various abdominal tissue for use in endoscopic, including laproscopic surgical procedures where instruments are introduced onto the body through a cannula.
FDA Enforcement
Class II
·Terminated·Microline Surgical·May 28, 2014