Leica M680 OH-2

Leica M680 OH-2 Surgical Microscope

The Leica M680 OH-2 is a dual-surgeon surgical microscope designed for team-based procedures requiring precise magnification, independent controls, and enhanced flexibility. Featuring two independent zoom systems and dual internal focusing mechanisms, the M680 allows two surgeons to operate simultaneously while maintaining their own customized focus and magnification settings.

This microscope is especially useful in reconstructive, hand, heart, and spinal surgeries, as well as urology and gynecology, where precision and collaborative workflow are critical. The free-floating electronic clutch-release floor stand ensures smooth maneuverability and stable positioning during procedures.

Key Features

• Two independent zoom and focus systems, allowing each surgeon to set their own preferences
• Face-to-face bridge, enabling optimal collaboration between two surgeons
• Variable working distance (207 mm – 407 mm) for enhanced procedural flexibility
• Motorized focus and zoom, providing seamless and precise control
• Two inclinable binoculars (0-180°) for ergonomic comfort
• Four 10x widefield eyepieces, delivering a clear, distortion-free view
• Electronic clutch-release floor stand, allowing for smooth, floating adjustments

Optical and Functional Specifications

• Zoom system: Dual independent zoom controls for two surgeons
• Focus system: Dual motorized internal focus controls
• Magnification range: Adjustable for high-detail close-up views or wide-field observation
• Objective lens: Variable optics (207 mm – 407 mm)
• Eyepieces: Four 10x widefield eyepieces for enhanced visual clarity
• Ergonomics: 0-180° inclinable binoculars for comfortable positioning

Stability and Maneuverability

• Electronic clutch-release floor stand for free-floating, smooth adjustments
• Stable and secure positioning, ensuring optimal performance during complex procedures

The Leica M680 OH-2 is a top-tier surgical microscope that enables two surgeons to work independently yet collaboratively, ensuring precision, comfort, and efficiency in delicate surgical applications.