BR Surgical FUKUSHIMA (Tear Drop) Micro Suction Cannula, malleable, 12FR, Ø 4.0mm, 7"

Yes, the shaft is designed to be fully malleable. This allows surgical professionals to manually adjust the curvature intraoperatively, providing precise anatomical access that fixed-angle cannulas cannot achieve.

Yes, the distinctive “Tear Drop” tip configuration is specifically optimized for efficient suction. This design is intended to provide excellent aspiration capabilities while potentially reducing the risk of tissue trauma often associated with sharper, more traditional cannula tips.

Absolutely. The Fukushima Micro Suction Cannula is engineered for controlled aspiration in delicate surgical fields. Its combination of a malleable shaft and a specialized tip makes it ideal for navigating complex anatomy where precise, low-profile suction is required.

This model is specified with a 4.0 mm outer diameter (equivalent to 12 French Gauge), making it highly suitable for applications that require a balance between suction volume and surgical maneuverability.

Yes, this instrument is designed to be used in conjunction with standard surgical suction systems, providing reliable performance within the sterile field.

Yes, this is a factory-new product sourced directly from BR Surgical. It is shipped directly from the manufacturer to ensure that you receive an authentic, high-quality instrument in pristine condition.

The cannula features a total working length of 7 inches, offering the appropriate reach for most standard micro-suction applications.

The malleable design is a significant advantage because it allows the surgeon to customize the instrument’s angle in real-time. This is critical when working in anatomical areas where a fixed-tip angle would be suboptimal or block the surgeon’s view.

Yes. Beyond simple fluid aspiration, the Tear Drop configuration is specifically optimized for effective management of both fluids and surgical debris during suction procedures.

Yes. Produced by BR Surgical, a reputable leader in the medical device industry, this instrument is built to the high-precision standards required for reliable performance in demanding surgical environments.