Aquamantys 6.0 bipolar sealer. Delivers controlled thermal energy to tissue. Provides hemostatic sealing without the charring associated with standard electrosurgical devices. Dual electrode configuration enables painting motion to provide hemostatic sealing across broad planes of tissue. Bipolar technology alleviates need for grounding pad. Packaging: 1/ea

Aquamantys epidural vein sealer (EVS). Insulated shaft enables electrode use near sensitive tissue such as dura and nerve roots. 4.0 mm tip accommodates small epidural access points. Flat bipolar electrodes allow compression of epidural veins. Packaging: 1/ea

Aquamantys SBS 5.0 sheathed bipolar sealer. Retractable sheath enables simultaneous retraction and electrode use near sensitive tissue such as dura and nerve roots (sheath closed). Hemostatic sealing of soft tissue and bone (sheathopen). Flat-tipped electrodes allow compression of epidural veins. Packaging: 1/ea

Aquamantys 9.5 XL bipolar sealer. Cone-shaped electrodes aid blunt dissection. Large bipolar electrode configuration allows hemostatic sealing across broad planes of tissue. Bipolar electrodes alleviate need for grounding pad. Packaging: 1/ea

Aquamantys Mini EVS 3.4 Epidural Vein Sealer is an innovative medical device specifically designed for use in surgical procedures involving the sealing of epidural veins. This advanced device combines radiofrequency energy and saline irrigation to provide precise and controlled sealing of veins during surgery, minimizing the risk of bleeding and optimizing patientoutcomes. Packaging: 1/ea

Aquamantys Endo VS 8.7R VATS Bipolar Sealer. Thoracoscopic length enables minimally invasive procedures. Bipolar design alleviates the need for grounding pad. Provides hemostatic sealing while reducing char. Rounded electrodes allow broad plane hemostasis on chest wall. Packaging: 1/ea

Aquamantys MIS flex and MIS flex mini bipolar sealers. Shaft is malleable throughout its entire length to achieve hemostasis in a variety of orientations. Adjustable bayonetted shaft and tip configuration enables access to critical structures in minimally invasive surgical procedures. Minimal profile of electrode housing for improved visibility. Rounded electrodes and additional saline ports minimize coagulum buildup on electrode tips. Electrode spacing allows for hemostasis of 1 mm diameter vessel. MIS FLEX has a shaft length of 7 in and MIS FLEX Mini has a shaft length of 4 in. Packaging: 1/ea

Aquamantys MIS flex and MIS flex mini bipolar sealers. Shaft is malleable throughout its entire length to achieve hemostasis in a variety of orientations. Adjustable bayonetted shaft and tip configuration enables access to critical structures in minimally invasive surgical procedures. Minimal profile of electrode housing for improved visibility. Rounded electrodes and additional saline ports minimize coagulum buildup on electrode tips. Electrode spacing allows for hemostasis of 1 mm diameter vessel. MIS FLEX has a shaft length of 7 in and MIS FLEX Mini has a shaft length of 4 in. Packaging: 1/ea

Salient TissueLink Endo FB3.0, floating ball. Packaging: 1/ea

DS3.0 DISSECTING SEALER. The DS3.0 Dissecting Sealer from Medtronic Advanced Energy. The DS3.0 features a cylindrical electrode designed to provide hemostatic sealing of tissue in solid organ resection procedures. Common procedures where this device is used include: Liver resection; Pancreatectomy; Partial nephrectomy. Packaging: 1/ea

DS3.5-C Dissecting Sealer. Packaging: 1/ea

Endo Sh2.0 Sealing Hook. Packaging: 1/ea

Plasmablade X 3.0S DEMO. Packaging: 1/ea

Plasma Blade, 3 mm Size, Peak, For PlasmaBlade Devices. Packaging: 1/ea

Plasma Blade, 4 mm Size, Peak, For PlasmaBlade Devices. Packaging: 1/ea

Plasma Blade, 4 mm Size, Peak, For PlasmaBlade Devices. Packaging: 1/ea

PlasmaBlade X 4.0S Device, For Cutting and Coagulation of Soft Tissue During General, Plastic and Reconstructive. Packaging: 1/ea

Plasma Blade, Peak, Suction Coagulator, For PlasmaBlade Devices. Packaging: 16ea/pk

PEAK PLASMABLADE UPP AND SUCTION COAGULATOR. Innovative PEAK PlasmaBlade devices are disposable surgical cutting and coagulation devices that offer the precision of a scalpel, the bleeding control of traditional electrosurgery with reduced thermal damage. Powered by the PULSAR II Generator, the PEAK PlasmaBlade uses less total energy and operates at significantly lower temperatures than traditional electrosurgical technology (40 - 170°C vs. 200 - 350°C). The PEAK PlasmaBlade alsohas been shown to dissect 24% (p = 0.0002) more grams of tissue per minute than traditional electrosurgery, increasing surgical efficiency. Packaging: 1/ea