Description:
Experience unparalleled precision and clarity in the examination and treatment of posterior pole pathologies with the Volk Super Macula 2.2 Lens. As the pinnacle of magnification in the retina laser lens range, this lens offers unrivaled detail and distortion-free imaging, enabling clinicians to conduct critical evaluations of the optic nerve head and macula with exceptional precision. Designed with meticulous attention to detail, the Super Macula 2.2 Lens ensures optimal stability and control, facilitating seamless manipulation during procedures.
Key Features:
- Highest Magnification Imaging: With the highest magnification in the retina laser lens range, the Super Macula 2.2 Lens provides unparalleled detail and clarity in the examination and treatment of the posterior pole.
- Exceptional Precision: Enables critical evaluation of the optic nerve head and macula, allowing clinicians to identify and address pathologies with unparalleled precision.
- Carefully Designed Flange: The carefully designed flange ensures optimal stability and control on the cornea, facilitating easy manipulation of the tall lens body during procedures.
Specifications:
- Field of View: 60° / 78°
- Image Magnification: 1.49x
- Laser Spot Magnification: 0.67x
Benefits:
- Unrivaled Detail: The Super Macula 2.2 Lens offers the highest magnification imaging of the posterior pole among indirect contact lenses, providing clinicians with unparalleled detail and clarity in their examinations.
- Critical Evaluation: Ideal for critical evaluation of the optic nerve head and macula, enabling clinicians to identify and address pathologies with exceptional precision.
- Optimal Stability: The carefully designed flange ensures optimal stability and control on the cornea, facilitating seamless manipulation during procedures, ultimately enhancing overall procedural efficiency and patient comfort.
In summary, the Volk Super Macula 2.2 Lens sets the standard for high magnification examination and treatment of the posterior pole, offering unrivaled detail, precision, and stability for clinicians seeking superior outcomes in retinal examinations and procedures.
