Volk Indirect Contact Slit Lamp Lens Area Centralis With Flange (VAC)

Description:

Experience unparalleled detail in high magnification examination and treatment of the posterior pole with the Volk Area Centralis Lens. Designed to provide detailed views of the posterior pole, this lens is an indispensable tool for clinicians performing grid/focal laser procedures targeting microaneurysms and edema associated with conditions such as diabetic retinopathy.

Key Features:

1. Optimized Field of View: With a field of view ranging from 70° to 84°, the Area Centralis Lens offers comprehensive visualization of the posterior pole, enabling clinicians to identify and treat retinal pathologies with precision and accuracy.

2. Enhanced Image Magnification: Featuring a 1.06x image magnification, this lens provides high-resolution views of the central retina, facilitating detailed examination and treatment planning for conditions requiring focal/grid laser therapy.

3. Customized Laser Spot Magnification: Boasting a laser spot magnification of 0.94x, the Area Centralis Lens optimizes laser energy delivery during procedures, ensuring precise targeting of pathological lesions while minimizing the risk of collateral tissue damage.

4. Versatile Contact Options: Available in flanged, no-flange, and advanced no fluid (ANF+) contact options, this lens offers versatility in usage, catering to the specific needs and preferences of clinicians. The different contact options ensure comfortable and secure placement during examinations and treatments.

Benefits:

• Detailed Visualization: Experience detailed views of the posterior pole, enabling precise identification and treatment of retinal pathologies requiring focal/grid laser therapy.
• High Magnification: Benefit from high-resolution images of the central retina, facilitating accurate diagnosis and treatment planning for conditions such as diabetic retinopathy.
• Precision Laser Therapy: Optimize laser energy delivery with customized laser spot magnification, ensuring precise targeting of pathological lesions while minimizing collateral tissue damage.