Infiltration Cannula – Angled Ameri Surgical Instruments®' Infiltration Cannulas - Angled Introducing the Infiltration Cannula - Angled, a cutting-edge surgical instrument by Ameri Surgical Instruments®, designed to enhance precision and efficiency in infiltration procedures. It is designed for the safe and efficient delivery of the tumescent solution. The spiral micro holes on the cannula ensure an even distribution of local anesthetic which results in a longer anesthetic effect. It results in a less painful liposuction experience for the patient. The Infiltration Cannula - Angled is designed with a unique angle and ultra-sharp tip to ensure precise, atraumatic infiltration of anesthetic solutions. Its ergonomic design and textured handle provide exceptional comfort and control. Perfect for any procedure. ✔ Unique Spiral Whole Orientation for Uniform Delivery. ✔ Available Length from 15 cm to 35 cm Ensuring Deep Reaching. ✔ Multiple Connection Options Ensuring Firm Attachment. Infiltration Cannula - Angled by Ameri Surgical Instruments® It is a high-quality surgical instrument that has been specifically designed for infiltration procedures in the medical field. The cannula is made of durable and strong stainless steel, which allows for easy and effective infiltration of the targeted area. It features an ergonomic design that provides optimal control and precision during surgical procedures, giving surgeons ease of mind knowing that they have a reliable instrument in their hands. This specialized cannula is meticulously crafted to deliver exceptional control and optimal outcomes.The Infiltration Cannula - Angled features a unique angled design, allowing for precise infiltration of fluids into targeted areas. Its innovative configuration enables surgeons to navigate through tissues with ease, facilitating accurate delivery of medications or solutions during various surgical procedures.Crafted with precision and durability in mind, this cannula is manufactured using high-quality materials, ensuring reliable performance throughout the procedure. Its robust construction guarantees consistent flow and precise infiltration, meeting the demands of modern surgical techniques.Designed for surgeon comfort and ease of use, the Infiltration Cannula - Angled offers excellent handling and maneuverability. Its ergonomic design reduces hand fatigue, allowing surgeons to maintain steady control and precision throughout the procedure.Ameri Surgical Instruments® prioritizes patient safety and quality assurance. The Infiltration Cannula - Angled is meticulously sterilizable, adhering to rigorous medical standards. Its seamless construction facilitates easy cleaning and disinfection, ensuring optimal infection control practices.Choose the Infiltration Cannula - Angled from Ameri Surgical Instruments® to elevate your infiltration procedures to new heights. Experience the precision, efficiency, and reliability that our instruments are renowned for. Invest in excellence and achieve superior surgical outcomes. Take the first step towards delivering the best care to your patients. If you have any questions or concerns, please do not hesitate to contact our customer service team for assistance. Get additional discounts on bulk purchases. Fill out the form for the special pricing and discounts. Features: ✔ Stainless steel body ✔ Standard size for accurate infiltration ✔ Compatible with different types of syringes Benefits: ✔ Designed to provide optimal precision and control during surgical procedures. ✔ Made from high-quality materials ensuring durability and longevity of the tool ✔ Easy to clean and sterilize, ensuring maximum safety for healthcare professionals and patients alike. Technical Specifications Infiltration Cannula Angled: ✔ Stem Material: Stainless Steel Non-magnet ✔ Hub Material: Stainless Steel / Anodized Aluminum ✔ Ultrasonic Cleaned: Yes ✔ Dull-Polished: Yes ✔ Reusable: Yes ✔ Grade: Premium OR ✔ Latex: Latex Free ✔ Sterility: Nonsterile ✔ Tests Performed: Boil Test, Bioburden & Residual ✔ Packing: Individually Packed ✔ QC Passed: Yes
