VersaGrip endoscopic holding arm

The VersaVet VersaGrip Endoscopic Holding Arm is a high-precision positioning system designed to provide surgeons with stable, reliable, and flexible support during minimally invasive and endoscopic procedures. Developed for optimal instrument positioning and hands-free operation, the VersaGrip enables enhanced surgical accuracy while improving ergonomics in the operating room.

Working length 850 mm

Featuring a robust mechanical design and precise adjustment capabilities, the VersaVet VersaGrip Endoscopic Holding Arm allows surgeons to position and maintain endoscopic instruments securely throughout the procedure. Its smooth movement and stable locking mechanism provide excellent control, reducing the need for manual instrument holding and allowing the surgical team to focus on the operation.

The ergonomic design ensures easy handling, quick positioning, and reliable fixation, making the VersaGrip a valuable solution for a wide range of minimally invasive and endoscopic applications.

Key Features

• Stable and precise positioning of endoscopic instruments
• Designed for hands-free instrument holding during surgical procedures
• Flexible adjustment for optimal surgical access and visualization
• Secure locking mechanism for reliable stability
• Ergonomic design for easy operation and improved workflow efficiency
• Helps reduce surgeon fatigue during lengthy procedures
• Suitable for various minimally invasive and endoscopic applications

Surgical Applications

The VersaVet VersaGrip Endoscopic Holding Arm can be used in a variety of surgical environments where stable and precise endoscopic positioning is required, including:

• Minimally invasive surgery
• Endoscopic procedures
• Laparoscopic applications
• Veterinary surgical procedures
• Other procedures requiring secure instrument support

With its combination of stability, flexibility, and ergonomic performance, the VersaVet VersaGrip Endoscopic Holding Arm is a dependable assistant for surgeons, providing consistent support and improved control in