Double Mercedes Tip Cannula – 2-Port Opposing Design | Aggressive Fat Extraction

Product Description

The Double Mercedes Tip Cannula (2-Port, Opposing Design) from Stellmacher Instruments is a high-performance liposuction cannula designed for aggressive, efficient fat extraction, particularly in fibrous tissue and large-volume procedures. Its two opposite-facing ports maximize suction efficiency, reduce procedure time, and ensure precise, uniform fat removal.  Explore our Surgical Equipment Shop for all surgical instruments.

Where It Is Used:
This cannula is highly effective for:

• Large-volume body contouring: abdomen, flanks, back, and thighs
• Fibrous tissue areas: upper arms, back, and fibrous regions in the thighs
• Breast liposuction or reduction procedures
• Facial and neck liposuction for fat sculpting
• Fat harvesting for fat grafting and transfer procedures
• Browse all options in our Liposuction Cannulas Category

The opposing port design allows smooth, consistent extraction, improving efficiency in difficult or dense tissue areas while minimizing trauma.

Key Features:

• Two opposing ports for aggressive and efficient extraction
• Ideal for fibrous tissue and large-volume liposuction
• Ergonomic design for smooth and precise movement
• Made from surgical-grade stainless steel for durability and safety

Available Variants:

• S098708 – 3 mm diameter × 20 cm length, three diagonal holes
• S098709 – 3 mm diameter × 30 cm length, three diagonal holes
• S098710 – 4 mm diameter × 30 cm length, three diagonal holes
• S098711 – 5 mm diameter × 30 cm length, three diagonal holes
• S098712 – 6 mm diameter × 30 cm length, three diagonal holes
• S098713 – 4 mm diameter × 40 cm length, three diagonal holes

Why Choose Stellmacher Instruments:
Stellmacher Instruments provides premium, precision-engineered surgical tools trusted worldwide. The Double Mercedes Tip Cannula delivers maximum efficiency and reliable performance in fibrous and large-volume liposuction, helping surgeons achieve superior outcomes with minimal tissue trauma.