Intervertebral Foramen Cutter Head

Surgical tool head designed for minimally invasive procedures, including electrosurgical and ultrasonic applications. Compatible with arthroscopic, ablation, and endoscopic systems for precise tissue cutting and coagulation. Manufactured from medical-grade stainless steel with precision machining for reliable performance in operating room environments.

A reusable burr head instrument for the EndoRanger system used in spinal endoscopic procedures. It is part of the UninTech platform's surgical instrumentation.

A reusable high frequency closure cutting blade head (A Series) for electrosurgical vessel closure. It is a Class II registered medical device (Registration No. 苏械注准20232011527) used in surgical procedures.

A plasma-based surgical cutting instrument designed for tissue ablation and resection. This device uses ionized gas technology for precise tissue removal.

A bipolar radiofrequency surgical knife head designed for endoscopic spinal procedures. Also referred to as an endoscopic knife head for minimally invasive spinal surgery.

A plasma knife head device designed for cervical spine procedures. Part of the plasma knife head series for minimally invasive spinal surgery applications.

Harmonic scalpel head model HAR23 for ultrasonic surgical cutting and hemostasis. Reusable instrument designed for minimally invasive surgical procedures.

A specialized burr instrument designed for spinal surgery, specifically for working on intervertebral foramina. Used in orthopedic and spinal surgical procedures.

A specialized surgical drill designed for minimally invasive spinal procedures targeting the interlaminar foramen. Features lightweight construction, low noise operation, high power output, excellent sterilization resistance, low temperature rise, and contamination prevention. Engineered for precision in delicate spinal surgery applications.

A reusable milling cutter instrument designed for precise bone cutting during craniotomy procedures. It is used with powered systems for efficient and controlled skull opening.

Reusable surgical instrument designed for cutting and removing bone tissue during orthopedic and neurosurgical procedures.

Precision craniotomy cutters manufactured from stainless steel, tungsten carbide, or titanium alloy for neurosurgical bone drilling and skull base procedures. These instruments feature ultra-fine edge geometry with tolerances to ±0.5μm and are customizable for specific surgical applications and anatomical requirements.