V-Dissector Cannula – Toomey Handle & Threaded Fitting

Precision Engineered for Controlled Tissue Dissection & Fat Transfer Procedures

The V-Dissector Cannula with Toomey Handle and Threaded Fitting by Laiza Instruments is a precision-designed surgical instrument developed for advanced fat harvesting, liposuction, body contouring, fat transfer, and aesthetic surgical procedures. Its specialized V-shaped dissector tip allows controlled tissue separation, smooth navigation, and efficient fat harvesting while providing surgeons with enhanced accuracy and surgical control.

Designed for professional use, this cannula supports smooth movement through tissue planes with minimal resistance. The unique V-tip configuration helps facilitate precise dissection and allows effective preparation of the treatment area during fat transfer and contouring procedures.

Manufactured from premium medical-grade stainless steel, the V-Dissector Cannula delivers excellent durability, corrosion resistance, and long-term reliability. Its precision-balanced construction provides comfortable handling, improved maneuverability, and consistent performance during demanding surgical applications.

Advanced Surgical-Grade Construction

The V-Dissector Cannula features a specially engineered V-shaped distal tip designed for controlled tissue dissection and smooth surgical navigation. The precision-manufactured shaft provides excellent strength while maintaining flexibility and handling comfort.

The smooth internal lumen supports efficient fat passage and aspiration performance, while the polished surface finish allows easy cleaning, sterilization, and maintenance. The atraumatic design helps surgeons perform procedures with improved control and accuracy.

The cannula is manufactured using high-quality medical-grade stainless steel and is suitable for repeated sterilization and professional surgical environments.

Toomey Handle & Threaded Fitting Connection

The V-Dissector Cannula is equipped with a Toomey Handle and Threaded Fitting connection, providing a secure attachment and reliable performance during surgical procedures.

The ergonomic Toomey Handle design offers excellent grip, enhanced control, and comfortable manipulation, allowing surgeons to perform precise dissection and fat harvesting procedures with confidence.

Available Sizes

• 2mm × 15cm
• 2mm × 18cm
• 2.4mm × 15cm
• 2.4mm × 20cm
• 3mm × 15cm
• 3mm × 20cm
• 3mm × 25cm
• 3mm × 30cm
• 4mm × 20cm
• 4mm × 25cm
• 4mm × 30cm
• 4mm × 35cm
• 5mm × 25cm
• 5mm × 30cm
• 5mm × 35cm

Key Features

✔ Specialized V-shaped tip for controlled tissue dissection
✔ Suitable for fat harvesting, liposuction, body contouring, and fat transfer procedures
✔ Toomey Handle with threaded fitting connection for secure attachment
✔ Manufactured from premium medical-grade stainless steel
✔ Smooth and polished surface for easy cleaning and sterilization
✔ Ergonomic design for comfortable handling and precise control
✔ Durable and corrosion-resistant construction
✔ Designed for repeated professional surgical use
✔ Autoclavable for safe sterilization
✔ 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 internal lumen and fitting area.

Sterilization:
Autoclavable according to validated institutional sterilization procedures and recommended surgical instrument care guidelines.

Internal Flushing:
Flush the internal lumen thoroughly and use appropriate cleaning accessories when required to maintain optimal performance.

Inspection:
Regularly inspect the V-tip, shaft, internal lumen, and Toomey Handle connection before use to ensure proper function and safety.

Technical Specifications

Why Choose Laiza Instruments?

Laiza Instruments manufactures high-quality surgical instruments for plastic surgery, liposuction, fat transfer, and specialized aesthetic procedures. Our instruments are produced with a strong focus on precision engineering, durability, reliable performance, and the professional requirements of surgeons worldwide.