Plastic surgery electrode TNFL1133

neurosurgicalophthalmic surgeryENT

The Taktvoll TNFL1133 is a reusable tungsten needle electrode engineered for high-precision electrosurgical cutting and simultaneous coagulation, suitable for delicate surgical procedures. It is designed to reduce collateral tissue damage and maintain sharpness over multiple uses.

Features

• High-precision cutting: ultra-fine needle tip with a curvature radius of 50μm enabling sub-millimeter cutting precision to minimize damage to surrounding tissues.
• Simultaneous cutting and coagulation: high-frequency current technology provides cutting and coagulation concurrently to reduce intraoperative bleeding and improve field visibility.
• Heat resistance and sharpness retention: tungsten tip (melting point >3400°C) resists high temperatures and maintains edge integrity longer than standard stainless steel tips.
• Low-power operation: effective at low power settings, delivering electrosurgical waveforms to micro areas to limit tissue necrosis and surgical smoke.
• Insulated design for safety: heat-resistant polymer insulation on the shaft with high dielectric strength; only the tip portion is exposed to prevent accidental burns.
• Reusable: designed for multiple uses to lower device cost per procedure and reduce environmental waste.

Applications

• Plastic surgery: precise cutting in facial and cosmetic procedures to help minimize postoperative scarring.
• Neurosurgery: fine dissection in brain and spinal procedures while protecting adjacent neural tissue.
• Ophthalmic surgery: enables delicate eye operations with controlled cutting and coagulation.
• Otolaryngology (ENT): reduces collateral tissue damage during ENT procedures and supports better postoperative outcomes.

Characteristics / Specifications

• Model: TNFL1133
• Manufacturer: Taktvoll
• Grip part: Φ1.63 mm
• Total length: 76 mm
• Effective length (exposed tip): 3 mm
• Effective width: /
• Tip material: tungsten (high-melting-point)
• Tip curvature radius: 50μm
• Needle insulation: heat-resistant polymer shaft, high dielectric strength
• Reusable: yes