Quick Coupling Cannulated Drill For Trauma Operation

A: A Quick Coupling Cannulated Drill is a surgical tool used in trauma operations, specifically for drilling into bones during procedures such as fracture fixation or orthopedic surgeries. It is designed with a cannulated (hollow) drill bit that allows for precise and controlled drilling.

A: The Quick Coupling Cannulated Drill is used in trauma operations to create holes or channels in bones. These holes are essential for the placement of screws, pins, or other implants that stabilize fractured bones or assist in bone fusion. The drill's cannulated design enables surgeons to accurately guide the drill bit and deliver implants to the desired location.

A: The Quick Coupling Cannulated Drill typically features an output power of 80W, providing sufficient strength for drilling into bones. It is designed with a range of drill bit diameters, typically ranging from Ø 0.8 mm to 8 mm, allowing surgeons to select the appropriate size based on the specific procedure and patient needs. The drill's speed can be adjusted, usually ranging from 0 to 800 rpm, enabling precise control during the drilling process.

A: The surgeon connects the Quick Coupling Cannulated Drill to a power source via a quick coupling mechanism, which allows for easy and secure attachment. The appropriate size of the cannulated drill bit is selected based on the planned procedure. The surgeon then guides the drill bit into the bone, using imaging techniques such as fluoroscopy for accurate placement. The drill is operated at the desired speed, and the cannulated design allows for irrigation or suction of fluids during the drilling process.

A: The reusability of the Quick Coupling Cannulated Drill may depend on the specific model and manufacturer. Some drills are designed for single-use and are disposed of after each procedure to maintain sterility and prevent cross-contamination. However, there are also drills made from high-quality materials that can be sterilized and reused multiple times. It is important to follow the manufacturer's guidelines regarding cleaning, sterilization, and reuse to ensure patient safety and the longevity of the instrument.