Fork Dissector 60cc Cannula is a precision surgical instrument designed with a unique fork-shaped tip for efficient and minimally traumatic fat tissue dissection and removal in liposuction procedures.
Key Features:
• Fork-shaped dissection tip cuts scar tissue precisely
• Large central hole for efficient fat aspiration
• High-quality stainless-steel construction for durability
• Minimizes tissue trauma during surgery
• Ergonomic design for surgeon comfort
• Compatible with multiple connection options
Description
Fork Dissector 60cc Cannula
The Fork Dissector 60cc Cannula features an innovative fork-shaped tip that allows precise cutting and clearing of fascia and scar tissue with minimal trauma to surrounding tissues. Its large central hole enhances the efficiency of adipose tissue removal, making it an optimal choice for fat harvesting. The cannula’s stainless-steel build ensures durability and reliability while reducing hand fatigue through ergonomic design, thereby maintaining surgeon control and precision during procedures.
This cannula is compatible with standard connection systems used in liposuction setups, including Luer Lock and other common syringe interfaces such as 60cc Toomey hubs and power-assisted handles, enabling its integration into a variety of clinical environments.
Primarily used in liposuction surgeries, this Fork Dissector 60cc Cannula works by navigating through tissue planes with its specialized fork tip, allowing for smooth and controlled fat aspiration. The design supports even and efficient harvesting from multiple tissue layers, reducing trauma and improving patient recovery outcomes.
Lipokey takes pride in manufacturing this cannula with ISO, CE, and FDA certifications, underscoring its adherence to the highest safety and quality standards. This ensures that medical professionals receive a product that is both dependable and compliant with international regulatory requirements.
How does the 60cc capacity benefit fat harvesting?
The 60cc size reduces the need for frequent syringe changes, allowing for continuous harvesting. This improves efficiency during long procedures and provides a smoother workflow for surgeons performing high-volume fat transfers.
There are no reviews yet.