ENT electrode TNFS1031C

ophthalmic surgeryplastic surgeryneurosurgical

The Taktvoll TNFS1031C is a reusable tungsten needle electrode designed for high-precision cutting and coagulation in delicate surgical procedures. It is intended for use in specialties requiring meticulous operations such as plastic surgery, neurosurgery, ophthalmology and otolaryngology.

Features

• High-precision cutting: ultra-fine needle geometry minimizes damage to surrounding tissues and supports sub-millimeter precision.
• Simultaneous cutting and coagulation: enables cutting while coagulating using high-frequency current technology to reduce intraoperative bleeding and improve the surgical field of vision.
• Heat resistance and tip durability: tungsten construction provides superior durability and maintains sharpness under high-temperature conditions compared with traditional stainless steel tips.
• Low-power operation: effective at low generator power, delivering energy to micro areas to reduce tissue necrosis and surgical smoke.
• Insulated design for safety: needle shaft uses heat-resistant polymer insulation so only the tip is exposed, reducing accidental burns and collateral tissue damage.
• Reusable: supports multiple uses to reduce device costs and environmental impact.

Applications

• Plastic surgery — precise facial and cosmetic cutting with minimized postoperative scarring.
• Neurosurgery — high-precision cutting for brain and spinal procedures while protecting surrounding neural tissues.
• Ophthalmic surgery — delicate manipulations in eye procedures with tissue safeguarding.
• Otolaryngology (ENT) — reduced damage to surrounding tissues in ENT surgeries, improving postoperative comfort.

Technical specifications

• Model: TNFS1031C
• Grip part: Ø1.63 mm
• Total length: 25 mm
• Effective length (exposed tip): 3 mm
• Effective width: /
• Needle tip curvature radius: 50 μm
• Tip material: tungsten (high melting point > 3400 °C)
• Insulation: heat-resistant polymer insulation on needle shaft (high dielectric strength)
• Intended surgical functionalities: simultaneous cutting and coagulation; low-power micro-area energy delivery
• Reuse: designed for multiple uses