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The Double Mercedes MicroAire Cannula is an aggressive surgical instrument designed for efficient fat removal, particularly in challenging fibrous tissues and large-volume liposuction procedures. Key Features:• Aggressive design with 360° ...
The Mercedes MicroAire Cannula is a versatile and popular surgical instrument designed for comprehensive fat extraction and harvesting in liposuction procedures. Key Features:• Classic Mercedes tip with 360° fat extraction.• ...
Single Port Microaire Cannula is an excellence-crafted surgical instrument designed for targeted fat harvesting through a single, optimized suction port, ensuring efficient tissue removal with minimal trauma. Key Features: • Single, ...
The Spatula MicroAire Cannula is a specialized, non-aggressive surgical instrument designed for accurate sculpting and gentle fat removal in delicate anatomical areas. Key Features: • Blunt, non-aggressive tip for gentle use• ...

The PAL® by MicroAire Cannulas are precision-engineered for power-assisted liposuction, providing efficient and controlled fat removal with minimal tissue trauma. Designed to be fully compatible with MicroAire® PAL systems, these cannulas offer smooth maneuverability and consistent suction. Ideal for both aesthetic and reconstructive procedures, they provide surgeons with superior control, reduced fatigue, and reliable performance during high-volume or delicate fat extraction.

Key Features:
✔️ Compatible with MicroAire® PAL systems for power-assisted liposuction
✔️ Optimized tip design ensures smooth tissue penetration and minimal trauma
✔️ Ergonomic handle enhances comfort and precise control during procedures
✔️ Constructed from medical-grade stainless steel for durability and strength
✔️ Fully autoclavable for safe, repeatable clinical use
✔️ Ideal for body contouring, grafting, and reconstructive surgeries

Combining power-assisted efficiency, ergonomic design, and precise fat extraction, PAL® by MicroAire Cannulas reflect Lipokey’s commitment to surgical excellence. Their smooth operation, consistent results, and reduced surgeon fatigue make them a trusted instrument for professionals seeking precision, safety, and optimal outcomes in every procedure