Electrosurgical Units
33
- Compatible with radiosurg 2200
- Automatically switches on the smoke evacuation system
- Protects the filter of the smoke evacuation system
- Cable length: 2.5 m
- Delivery contents: 1 cable
- High quality cutting electrode
- Made of fine wire 0.25 mm
- With straight and bendable shaft
- Total length of insulated shaft: 35 mm
- For radioSURG® PT/PTA, TP/TPA & M
- With three different needle electrodes
- Conical needle and bendable shafts
- Needle diameter: 0.5 mm, 0.7 mm & 1.0 mm
- Needle length: 20 mm
- Total length of insulated shaft: 44 mm
- With cutting and coagulation electrodes
- All shafts can be bent as required
- Sterilisable and reusable
- For radioSURG® PT/PTA, TP/TPA and M
- Delivery contents: 1 set with 7 electrodes
- Made of 0.25 mm thick fine wire
- Side length: 8 mm
- Straight shaft can be bent if required
- Total length of insulated shaft: 31 mm
- Delivery contents: 2 pieces
- Sterile coagulation & cutting electrodes
- Total length of insulated shaft: 33.5 mm
- Hygienic disposable article
- For radioSURG® 2200 TP/TPA, PT/PTA and M
- Available in various versions
- 4-stage high-performance filter
- For the smokeSTAR smoke evacuator
- Filters large particles, aerosols, gases & odours
- With a filter efficiency of 99.999 %
- Long runtime of up to 35 h
- Automatic remote control
- Ffor the smokeSTAR smoke evacuation system
- With 3.05 m connection cable
- Facilitates work in the operating theatre
- Particularly high-quality workmanship
- For self-adhesive disposable neutral electrodes
- Connector to unit & clamp connection for electrode
- For radioSURG® PT/PTA, TP/TPA, B and M
- Particularly high-quality and robust workmanship
- Total length of the cable: 3.0 m
- For bipolar forceps with Euro flat plug
- Suitable for radioSURG® 2200 PTA, TPA & B
- Autoclavable and reusable
- Length of cable: 2.5 metres
- Delivery contents: 1 piece
High-Frequency Surgery in the Dental Practice
HF surgery devices operate with high-frequency alternating current and utilize the thermal effect generated in the tissue. Electrical energy is converted into heat energy, using frequencies between 300 kHz and 4 MHz. The form and intensity of the chosen current must be adapted to the type of tissue being operated on. In principle, the lowest possible frequency for the tissue should always be selected. This energy or current is used for cutting, coagulating, or for combined applications.