OverviewThe Taktvoll TNFM1176 is a reusable tungsten needle electrode for high-precision electrosurgical cutting with simultaneous coagulation. It is intended for delicate procedures in plastic surgery, neurosurgery, ophthalmology and otolaryngology where sub-millimeter accuracy and controlled thermal spread are required.
Features- High-precision cutting: Ultra-fine needle tip with a curvature radius of 50 μm, enabling sub-millimeter cutting accuracy and limiting collateral tissue damage.
- Simultaneous cutting and coagulation: High-frequency current delivery allows concurrent cutting and coagulation to reduce intraoperative bleeding and improve the operative field.
- Tungsten tip for heat resistance: Needle tip made of tungsten (melting point > 3400°C) to maintain sharpness and consistent cutting performance over multiple uses.
- Low-power operation: Effective at low generator settings to minimize tissue necrosis and surgical smoke.
- Insulated shaft: Heat-resistant polymer insulation with high dielectric strength; only 3 mm of the needle tip is exposed to reduce accidental burns.
- Reusable: Designed for multiple uses to reduce device cost and environmental impact when reprocessed according to local regulations.
Applications- Plastic surgery: Precise incisions for facial and reconstructive procedures with reduced postoperative scarring.
- Neurosurgery: Fine cutting near neural structures with controlled thermal spread.
- Ophthalmic surgery: Delicate ocular procedures requiring minimal collateral damage.
- Otolaryngology (ENT): Precise tissue dissection in ENT procedures with improved postoperative outcomes.
Technical specifications- Model: TNFM1176
- Grip part: Φ1.63 mm
- Total length: 152 mm
- Effective length (exposed): 3 mm
- Effective width: /
- Needle tip curvature radius: 50 μm
- Needle tip material: Tungsten (melting point > 3400°C)
- Exposed tip length: 3 mm
- Shaft insulation: Heat-resistant polymer with high dielectric strength
- Intended use: Reusable electrosurgical tungsten needle electrode for cutting and coagulation in precision surgical procedures