Description

The KII Optical Access System Z-Thread by Applied Medical is an advanced solution designed for enhancing laparoscopic procedures. This sophisticated optical access system is engineered to provide surgeons with superior control and visibility, ensuring precise and safe entry into the abdominal cavity.

Key Features

• Bladeless Separator Technology: This innovative feature allows the system to separate tissue layers along natural fiber lines, minimizing tissue trauma. The result is a smaller fascial defect, with tissue layers reapproximating naturally upon trocar withdrawal.

• Z-Thread Sleeve Design: The unique Z-thread sleeve offers exceptional abdominal wall retention, particularly effective at shorter depths. This design maximizes internal working space and enhances visibility, crucial for successful surgical outcomes.

• Enhanced Visualization: The system provides clear tissue visualization during entry, facilitating the establishment of pneumoperitoneum. This clarity is vital for accurate and safe instrument placement.

Design Attributes

• Deep-Funnel Entry: The sleeve's deep funnel entry design ensures smooth instrument exchanges, improving procedural efficiency.

• Rapid Desufflation and Specimen Removal: A simple seal detachment feature allows for quick desufflation and easy specimen removal, streamlining the surgical process.

• Latex-Free Construction: Being latex-free, the system is suitable for use in patients with latex sensitivities, broadening its applicability.

Available Sizes

The KII Optical Access System Z-Thread is available in various sizes, including:

• 5 x 100 mm
• 5 x 150 mm
• 8 x 100 mm
• 11 x 100 mm
• 11 x 150 mm
• 12 x 100 mm
• 12 x 150 mm
• 15 x 100 mm
• 15 x 150 mm

This range of sizes allows for tailored application to meet specific surgical needs.

Packaging

Typically packaged with six units per box, this system is designed for repeated, reliable use in minimally invasive surgical settings. The nonbladed access and extended thread design contribute to minimal fascial defect and optimized working space, making it an invaluable tool for surgeons seeking efficiency and precision in laparoscopic procedures.