Triple Mercedes Liposuction Cannula Power Handle

Engineered for Balanced & Efficient Fat Aspiration

The Triple Mercedes Liposuction Cannula Power Handle by Five S Surgical is a high-performance surgical cannula designed for efficient fat harvesting, liposuction, body contouring, and fat transfer procedures. Its advanced triple Mercedes port configuration is engineered to provide balanced fat aspiration, smooth tissue navigation, and consistent suction performance, allowing surgeons to achieve precise and efficient results during various liposuction applications.

Manufactured from premium medical-grade stainless steel, the cannula delivers exceptional durability, corrosion resistance, and long-term surgical reliability. Its precision-balanced construction provides excellent control and maneuverability, while the optimized internal lumen design supports smooth fat flow and efficient aspiration throughout the procedure.

Advanced Surgical-Grade Construction

The Triple Mercedes Liposuction Cannula Power Handle features a precision-engineered Mercedes-style multi-port tip designed to enhance uniform fat aspiration while reducing resistance during tissue movement. The strategically positioned ports allow effective suction distribution, helping maintain consistent performance during fat harvesting and body contouring procedures.

The smooth, polished shaft provides excellent strength and flexibility, enabling controlled movement through different tissue planes. Its highly finished internal lumen minimizes flow restriction and supports uninterrupted suction performance, making it suitable for professional liposuction and fat transfer procedures.

Manufactured using premium medical-grade stainless steel, the cannula is designed for repeated sterilization, durability, and dependable performance in demanding surgical environments.

Power Handle Connection

The Triple Mercedes Liposuction Cannula is available with a Power Handle connection, providing a secure and reliable attachment to compatible liposuction systems and suction tubing. The ergonomic handle design enhances grip, stability, and surgeon control for improved handling during procedures.

Available Sizes

• 2.5mm × 20cm
• 3mm × 25cm
• 3mm × 30cm
• 3mm × 35cm
• 4mm × 25cm
• 4mm × 30cm
• 4mm × 35cm
• 5mm × 25cm
• 5mm × 30cm
• 5mm × 35cm

Key Features

• Triple Mercedes port configuration for balanced fat aspiration
• Designed for liposuction, fat harvesting, body contouring, and fat transfer procedures
• Premium medical-grade stainless steel construction
• Smooth atraumatic tip design for controlled tissue navigation
• Optimized port arrangement for efficient suction performance
• Highly polished internal lumen for smooth fat flow
• Precision-engineered shaft for excellent control and maneuverability
• Durable and corrosion-resistant construction
• Ergonomic Power Handle for enhanced grip and stability
• Compatible with professional liposuction systems
• Autoclavable and suitable for repeated surgical use
• Custom sizes and specifications available upon request

Care and Maintenance

Cleaning: Clean the cannula immediately after use to remove tissue residue and biological debris from the aspiration ports and internal lumen.

Sterilization: Autoclavable according to validated institutional sterilization protocols and recommended instrument-care guidelines.

Internal Flushing: Flush the internal lumen thoroughly using an appropriate cannula cleaning brush and enzymatic solution to maintain optimal suction performance.

Inspection: Regularly inspect the tip, aspiration ports, shaft, internal lumen, and Power Handle connection for any signs of wear or damage before use.

Technical Specifications

Why Choose Five S Surgical?

Five S Surgical manufactures premium-quality surgical instruments for plastic surgery, liposuction, fat transfer, and specialized surgical procedures. Our instruments are produced with precision engineering, strict quality standards, and premium medical-grade materials to provide surgeons with reliable performance, durability, and confidence in every procedure.