3mm x 20cm Tri-Port Spiral Luer Lock Infiltration Cannula for Tumescent Anesthesia
The Artman 3mm x 20cm Tri-Port Spiral Luer Lock Infiltration Cannula is a reusable instrument for controlled subcutaneous infiltration of tumescent solution during liposuction and cosmetic surgery. Three side ports are arranged in a spiral pattern near the distal end to disperse fluid in multiple directions as the cannula is positioned through the treatment plane. Its blunt, rounded tip supports controlled passage through soft tissue, while the Luer Lock hub provides a secure connection to a compatible syringe, tubing, or infiltration system. Clinical Use Tumescent anesthesia infiltration before liposuction Subcutaneous fluid delivery during body-contouring procedures Cosmetic and plastic surgery infiltration workflows Key Features Three spiral side ports support multidirectional fluid distribution Blunt, rounded tip supports controlled tissue passage Luer Lock connector helps maintain a secure fluid connection Reusable and fully autoclavable for routine reprocessing Specifications Diameter: 3 mm Length: 20 cm Port Pattern: Tri-port spiral Connector: Luer Lock Tip: Blunt, rounded Material: Medical-grade stainless steel Care & Maintenance Flush the lumen and ports promptly after use before residue dries Use an appropriate cannula cleaning tool to clear the internal lumen when needed Inspect the ports, shaft, tip, and connector before sterilization Autoclave according to the facility's validated protocol and dry completely before storage Recommended Users Recommended for plastic surgeons, cosmetic surgeons, liposuction practices, ambulatory surgery centers, hospitals, and trained teams performing tumescent infiltration. Choose the Artman Tri-Port Spiral Infiltration Cannula for controlled tumescent fluid delivery when a reusable 3mm x 20cm Luer Lock cannula is required.
Specifications
- Size
- 3mm x 20cm
Variants (1)
- 3mm x 20cm — 152.99 USD — In stock
How AI sees this product
The more complete this product's details, the more confidently AI assistants can understand and recommend it.