Accessories
-
SJR-FS-M01 Monopolar foot switch
Compatible with all Taktvoll electrosurgical units and designed with IPX8 waterproof rating for maximum reliability.
-
NFS305 Reusable needle Electrosurgical Electrode
NFS305 Reusable Electrosurgical Electrode valid length 4mm, shaft length 52mm, φ1.63 mm
-
NCS014 Reusable needle Electrosurgical Electrode
NCS014 Reusable Electrosurgical Electrode valid length 3mm, shaft length 70mm, φ2.36 mm
-
NCS012 Reusable needle Electrosurgical Electrode
NCS012 Reusable Electrosurgical Electrode valid length 12mm, shaft length 70mm, φ2.36 mm
-
KCL150 reusable Coated Extended Blade Electrode
KCL150 reusable Coated Extended Blade Electrode, shaft 2.36mm, length 150mm.
-
Monopolar Adapter SJR-UMA-001
Accepts 4 mm standard active accessory
-
Universal Monopolar Adapter SJR-UMA-002
Compatible with most electrosurgical generators for foot switching activation. Accepts standard monopolaraccessorycordsup to 6 mm.
-
SJR-A3 3-button fingerswitch handpiece with locking chuck
Surgical electrodes that can be connected to different diameters (1.63mm or 2.36mm). The rotating device of the electrical surgery pencil belt is more firmly connected to the operating electrode.
-
SJR-A footswitch handpiece/electrosurgical pencil
Surgical electrodes that can be connected to different thickness diameter (1.63mm or 2.36mm). The rotating lock device of the electric knife pen is more firmly connected to the operating electrode.
-
SJR-A2 2-button fingerswitch handpiece with locking chuck
A surgical electrode of different diameter (1.63mm or 2.36mm) can be connected. The rotating lock device of the electric knife pen is more firmly connected to the operating electrode.
-
E41633 reusable electrosurgical Blade Electrode
E41633 reusable blade electrosurgical electrodes tip 28x2mm, shaft 2.36mm, length 70mm
-
SJR4250-01 Orthopedic Plasma Surgical Electrode
Orthopedic Plasma Surgical Electrode is a cutting-edge medical tool designed for precision and efficiency in orthopedic surgeries, utilizing plasma technology to enhance surgical procedures and promote optimal patient outcomes.
