The Cane Superficial Luer Lock Cannula is designed for gentle, precise superficial fat removal. Its lightweight aluminum handle and triple micro-spiral port configuration ensure excellent control and efficiency in delicate liposuction procedures.
Key Features:
• Lightweight, fixed aluminum handle reduces fatigue and enhances grip
• Three micro-spiral ports provide gentle, broad aspiration over a 270° arc
• Surgical-grade stainless steel shaft for durability and corrosion resistance
• Secure Luer lock fitting ensures leak-proof, stable connection
• Fully autoclavable and reusable for repeated clinical use
Standard Delivery (Signed for) | Delivered within 3-5 working days |
Express Delivery (Standard Parcels) | Delivered within 1-2 working days |
Extra-Large Parcels (Signed for) | Delivered within 3-5 working days |
Furniture | Delivery usually takes place within 2 weeks. |
Free Shipping
Decor Outdoor offers free regular shipping on all orders shipped to residential or commercial addresses within the contiguous United States. Orders are delivered Monday through Friday (excluding holidays).Drop Shipping
We are an online-only luxury furniture and lighting boutique, and do not have a warehouse. Consequently, all orders are drop shipped directly from our manufacturers to your door. If your order includes items from more than one manufacturer, you will receive multiple deliveries. Because we are dependent on the on-hand inventory of our manufacturing partners, some items listed on our site may not actually be available right away. Please call us at 888.784.4644 or via our contact form with any stocking questions and we'll get in touch with the appropriate manufacturer for answers, before you place your order.Ground Shipping
Small parcel items ship regular ground via delivery services such as FedEx, UPS or DHL. Orders typically take 2-3 business days to process and in-stock items will usually be delivered 3-5 days from the date that they ship (depending on origin and destination). If there is a delay, you will be notified by email. No signature is required for standard ground shipping, so you may want to make arrangements to have packages brought inside soon after delivery, if you are unable to receive it in person.Description
The Cane Superficial Luer Lock Cannula is designed specifically for superficial fat layers and fibrous tissues where traditional aggressive cannulas may cause excessive trauma. Its lightweight aluminum handle enhances surgeon comfort during lengthy procedures, reduces hand fatigue, and improves accuracy in delicate areas such as the chest (gynecomastia), neck, and subcutaneous layers. Triple micro-spiral holes, positioned to deliver moderate suction power over a 270-degree arc, provide balanced and gentle fat extraction while preserving fat cell integrity and reducing bruising.
Its compatibility with Luer lock handle systems and other standard liposuction platforms ensures seamless integration into various surgical workflows. Surgeons choose this cannula for sensitive fat removal tasks that demand finesse and tissue preservation, achieving improved clinical outcomes through reduced trauma and faster patient recovery.
Made from surgical-grade stainless steel, the shaft resists corrosion, withstands repeated autoclaving, and maintains consistent performance over time. The Cane Superficial Luer Lock Cannula fitting mechanism creates a tight, leak-proof connection to both power-assisted and manual liposuction devices, sustaining continuous vacuum pressure and preventing accidental disconnections during procedures.
Lipokey manufactures this cannula in compliance with CE, ISO, and FDA regulations, demonstrating its commitment to quality and surgical accuracy. The instrument delivers dependable, surgeon-friendly performance that supports superior clinical results.
How does the Cane Superficial Luer Lock Cannula enhance delicate fat harvesting?
Answer:
Its lightweight handle and triple micro-spiral ports provide controlled, gentle, and broad fat aspiration, reducing tissue damage and surgeon fatigue while improving accuracy in superficial and fibrous fat layers.