Aggressive Multiport Harvester Cannula With Both End Spikes

Aggressive Multiport Harvester Cannula With Both End Spikes is intended for high-efficiency fat harvesting and quick tissue debulking. Its multiport design, paired with sharp spikes around the extraction holes, enables surgeons to remove fat rapidly and efficiently. The 360° extraction capability provides even harvesting, which reduces procedural time while preserving consistency in output. This aggressive design is appropriate for patients that require extensive fat reduction.

This cannula’s sturdy German stainless steel shaft provides outstanding strength and corrosion resistance. Furthermore, its entirely autoclavable and sterilizable nature ensures that it meets high medical hygiene standards. The sharp ports enable smooth fat suction while avoiding tissue stress, giving the tool both power and precision.

Surgeons use the Aggressive Multiport Harvester Cannula With Both End Spikes for high-volume liposuction and fat grafting treatments. Its forceful extraction capabilities are especially effective for removing significant amounts of fat while preserving viable adipose tissue for transplantation. The precise arrangement of the ports and spikes increases efficiency, allowing practitioners to accomplish excellent contouring and homogeneous fat distribution. Its design ensures minimum clogging and uninterrupted suction.

Medic Instrument is a trusted name in surgical innovation, providing high-quality equipment designed to meet the changing needs of medical practitioners. Every product is designed with precision, durability, and performance in mind, ensuring dependability in challenging surgical conditions. Its dedication to excellence makes it a top choice for professionals around the world.

How does the spike design enhance fat harvesting efficiency?

The sharp spikes surrounding the extraction ports help break down fat deposits quickly, allowing for smoother and faster aspiration. This feature reduces resistance during suction, improving efficiency while preserving the integrity of the harvested fat. The aggressive design also minimizes the need for excessive force, making procedures less physically demanding for the surgeon