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Ablation Devices Tumor

591 devices 23 with evidence

Clinical Overview

Ablation devices for tumors are utilized in the minimally invasive treatment of various cancers, providing a targeted approach to destroy tumor cells. These devices address clinical problems such as localized tumors that are not amenable to surgical resection. Patients typically requiring these devices include those with liver, lung, kidney, or bone tumors. Interventional radiologists and vascular specialists are the primary users of these devices.
Clear Filters
Device Manufacturer Pathway Cleared Evidence
Gore Viabahn Endoprosthesis and Gore Viabahn Endoprosthesis with Heparin Bioactive Surface Evidence
Other clearances: 2014
W.L. Gore & Associates PMA 2019 33
Emprint Visualization Application Covidien 510(k) 2019 11
Emprint SX Ablation Platform with Thermosphere Technology Covidien 510(k) 2020 11
Emprint SX Ablation Platform and Accessories Coviden 510(k) 2017 11
Emprint Ablation Visualization Application Covidien 510(k) 2018 11
Emprint Procedure Planning Application Evidence Covidien 510(k) 2014 11
Emprint Ablation System Evidence
Other clearances: 2014
Covidien 510(k) 2016 11
Emprint Ablation System with Thermosphere Technology Emprint SX Ablation Platform with Thermosphere Technology Evidence Covidien 510(k) 2020 11
Emprint Ablation System with Thermosphere Technology Overall System Name Emprint Ablation Generator CAGEN1 Emprint Ablation Generator HP Cagenhp Emprint Ablation Pump CAPUMP1 Covidien Ablation Footswitch Rfasw Emprint Reinforced Percutaneous Antenna 15cm CA15L2 Emprint Reinforced Percutaneous Antenna 20cm CA20L2 Emprint Reinforced Percutaneous Antenna 30cm CA30L2 Covidien Remote Temperature Probe RTP20 Covidien Remote Temperature Probe Bulk RTP20B Evidence Medtronic 510(k) 2024 11
Emprint Ablation System with Thermosphere Technology Evidence Covidien 510(k) 2020 11
NeuWave Microwave Ablation System and Accessories Evidence
Other clearances: 2022, 2020
Neuwave Medical 510(k) 2023 5
Cavicide Surface Disinfectant Decontaminant Cleaner Micro-Aseptic Products 510(k) 1995 3
Solero Mta Cart Solero Mta System Solero Microwave Tissue Ablation Applicator 14cm Solero Microwave Tissue Ablation Applicator 19cm Solero Microwave Tissue Ablation Applicator 29cm Angiodynamics 510(k) 2019 1
Solero Mta System Solero Microwave Tissue Ablation Applicator 14cm Solero Microwave Tissue Ablation Applicator 19cm Solero Microwave Tissue Ablation Applicator 29cm Angiodynamics 510(k) 2017 1
Solero Microwave Tissue Ablation Mta System and Accessories
Other clearances: 2023, 2021
Angiodynamics 510(k) 2023 1
31p 1h Dual Tuned Surface Coil 3t 23na 1h Dual Turned Surface Coil 3t 13c 1h Dual Turned Surface Coil 3t Evidence Rapid Biomedical 510(k) 2010 —
Simplicity Easy P Soft Infusion Set for Infusion and or Injection of Fluids Into the Body Below the Surface of the Skin Sterling Medivations 510(k) 2002 —
Tillman Hip Resurfacing Replacemt Pros Waldemar Link Gmbh & Co. Kg 510(k) 1979 —
Cobe Smarxt Hvr 4000 Surface Modified Hardshell Venous Reservoir Filtered Nonfiltered Cobe Cardiovascular 510(k) 1999 —
Grs Glenoid Resurfacing System Arthrosurface 510(k) 2009 —
Reusable Interface Cable 1 5 M Prd-Ifc-002 Creo Medical 510(k) 2024 —
Newport Communicat Protocol Interface Adaptor Newport Medical Instruments 510(k) 1995 —
Perfadex Solution for Lung Preservation Evidence Vitrolife Ab 510(k) 2003 —
Greco-Harvey Surfactant Bonded Catheter for Gastro Evidence Cook 510(k) 1985 —
Interlok Ha Copeland Resurfacing Heads Biomet 510(k) 2001 —
Catheter Surface Flap Applicator Set GM11011830 Evidence Varian Medical Systems 510(k) 2024 —
Smart Alarm Interface Evidence Boxview 510(k) 2020 —
Affinity Pixie Arterial Filter with Balance Biosurface Medtronic 510(k) 2010 —
Acetabular Shells with Mesh Ingrowth Surface Evidence Howmedica 510(k) 1997 —
As 3 Tm Anesthesia Monitor Syst Interface Board Evidence Datex Division Instrumentarium 510(k) 1994 —
Mac Two-Lumen Central Venous Kit with Arrowg Ard Blue Antimicrobial Surface and Integral Hemostasis Valve Side Port Arrow Intl. 510(k) 2001 —
Affinity Pixie Oxygenator with Balance Biosurface Affinity Pixie Oxygenator with Cardiotomy Venous Reservoir and Balance Biosurface Affinity Pixie Oxygenator with Cortiva Bioactive Surface Affinity Fusion Oxygenator with Cardiotomy Venous Reservoir and Cortiva Bioactive Surface Medtronic 510(k) 2017 —
Disposable Microwave Ablation Needle T-1408 T-1410 T-1608 T-1610 L-1815 L-1818 L-2015 L-2018 Betters(Suzhou) Medical 510(k) 2023 —
Rfa-1717dig Rfa-1717dic Astel 510(k) 2021 —
Navirfa Scope Evidence Navifus 510(k) 2022 —
Surface Applicator Set Evidence Varian Medical Systems 510(k) 2017 —
Multimode Tm Interface Sys for Everest Jenning Dufco Electronics 510(k) 1988 —
Digital Imaging System Interface Evidence Camtronics 510(k) 1995 —
Atricure Cryo Module System Cryoice Cryoablation Probe Atricure 510(k) 2014 —
Barrx Flex Rfa Energy Generator Covidien Iic 510(k) 2014 —
Allied Biocompat Abutment for Nobel Replace Interface Allied Dental Solutions 510(k) 2016 —
Anteralign Tm Spinal System with Titan Nanolock Surface Technology Navigated Instruments Evidence Medtronic Sofamor Danek U 510(k) 2022 —
Visual-Ice Cryoablation System Evidence Boston Scientific 510(k) 2023 —
Gammacord II Calculator Interface Miles Laboratories 510(k) 1976 —

Evidence Landscape

The clinical evidence for ablation devices tumor includes randomized controlled trials (RCTs), registry data, and case series. Outcomes typically measured are local tumor control, survival rates, and complication rates. Evidence is strongest for liver and lung tumor ablations, while data for other anatomical sites may be less robust.

Device Landscape

The ablation devices tumor category includes several subtypes such as radiofrequency ablation (RFA), microwave ablation, and cryoablation devices. Key differentiating features include the energy source used for ablation and the specific applicator design, which can affect the precision and depth of tissue destruction.

Clinical Workflow Considerations

Ablation procedures are typically performed in an interventional radiology suite or operating room with imaging guidance. Training considerations include proficiency in imaging techniques and device-specific operation. Setup requirements often involve coordination with anesthesiology and surgical teams, with decision points based on tumor location and patient comorbidities.

Frequently Asked Questions

What are ablation devices tumor used for?

Ablation devices tumor are used for the minimally invasive treatment of localized tumors, particularly in patients who are not surgical candidates.

What clinical evidence is available for ablation devices tumor?

Clinical evidence includes RCTs, registries, and case series, with key findings in local tumor control and survival outcomes. Evidence quality is strongest for liver and lung applications.

How do I choose between different ablation devices tumor?

Clinicians consider patient-specific factors, tumor size and location, and institutional resources when choosing between different ablation devices.

What complications are associated with ablation devices tumor?

Common complications include pain, bleeding, and infection, while serious complications can involve damage to adjacent structures.

What training is required for ablation devices tumor?

Training typically involves specialized courses in interventional radiology, hands-on workshops, and competency assessments in device operation and imaging techniques.

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