The Leica M720 OH5 is a premium surgical microscope designed for complex neurosurgical, spine, and ENT procedures requiring deep access, long working distances, and exceptional image clarity. Built with advanced Leica optics, fully motorized controls, and a high-stability OH5 floor stand, the M720 provides surgeons with exceptional visualization, ergonomic comfort, and seamless surgical workflow support. Its long-reach overhead design allows precise positioning without crowding the operating space.

Key Features and Benefits

● APO OptiChrome™ Optics: High-contrast, high-resolution apochromatic lenses provide superior depth, detail, and color accuracy.
● Large Working Distance: Extended reach and long focal length support deep surgical fields and complex approaches.
● High Stability OH5 Stand: Electromagnetically braked, counterbalanced overhead stand offers smooth movement with minimal vibration.
● Bright Coaxial Illumination: Twin 400-watt Xenon light sources deliver intense, uniform lighting ideal for deep-cavity procedures.
● Dual Independent Zoom Systems: Maintains image consistency and supports simultaneous use with an assistant scope.
● AutoFokus and Zoom Synchronization: Intelligent controls enhance surgical efficiency by automating refocusing and magnification adjustments.
● Digital Integration Options: HD video, 3D recording, and teaching monitors available for documentation and training use.
● Modular Accessory Compatibility: Supports fluorescence modules, image guidance integration, and BIOM visualization systems.

Clinical Applications
The Leica M720 OH5 is optimized for use in a wide range of surgical specialties:
● Neurosurgery: Ideal for cranial tumor resections, vascular repairs, and deep-seated lesions requiring long reach and stable visualization.
● Spinal Surgery: Supports anterior and posterior spinal access with bright, focused deep-cavity illumination.
● ENT Surgery: Offers stable optics and smooth articulation for skull base, sinus, and otologic procedures.
● Microvascular Surgery: Enhances flap identification and vessel repair with fluorescence and high-resolution optics.
● Surgical Training: Integrated video systems and assistant scopes make it suitable for academic and teaching hospitals.