Volk Indirect Contact Slit Lamp Lens HR Centralis With Flange (VHRC)

Description:

Experience the pinnacle of precision with the Volk HR Centralis Lens, meticulously engineered for high magnification examination and treatment of the posterior pole, particularly in patients with small pupils. This advanced lens combines cutting-edge optical technology with enhanced small pupil capabilities to provide unparalleled clarity and resolution for focal/grid laser procedures.

Key Features:

1. Optical Excellence: Crafted from high-grade, low dispersion glass, the HR Centralis Lens elevates optical performance to new heights, ensuring exceptional resolution and clarity for detailed examination and treatment of the posterior pole.

2. Enhanced Small Pupil Capabilities: The HR Centralis Lens is specifically designed to accommodate patients with small pupils, allowing for optimal visualization and treatment of the posterior pole even in challenging anatomical conditions.

3. High Magnification: With a 1.08x image magnification, this lens offers high-resolution views of the posterior pole, enabling clinicians to discern fine details and subtle abnormalities with unparalleled precision.

4. Customized Laser Spot Magnification: Boasting a laser spot magnification of 0.93x, the HR Centralis Lens optimizes laser energy delivery during focal/grid laser therapy, ensuring precise and controlled treatment outcomes while minimizing the risk of tissue damage.

Benefits:

• Precision and Accuracy: The HR Centralis Lens delivers exceptional resolution and clarity, enabling clinicians to perform focal/grid laser procedures with unparalleled precision and accuracy.
• Enhanced Small Pupil Capability: With its advanced design, this lens accommodates patients with small pupils, ensuring optimal visualization and treatment outcomes in challenging anatomical conditions.
• Versatile Usage: Ideal for focal/grid laser therapy, the HR Centralis Lens is a versatile tool for comprehensive examination and treatment of the posterior pole in various clinical scenarios.