
( Brand: Ocular ), ( Manufacturer Part Number: OPYG-12/12 ), ( Part Type: Laser Len )
The OPYG-12 Laser Ocular 12 YAG Peyman Maxfield Capsulotomy Lens is a state-of-the-art medical device designed for use in ophthalmic procedures. This lens is specifically engineered for YAG laser capsulotomy, a procedure used to treat cataracts and other eye conditions.
The OPYG-12 lens is made from high-quality, ultraviolet-transmitting quartz, ensuring clarity and durability during the laser treatment. The lens has a diameter of 12mm, making it suitable for a wide range of eyes. The Peyman Maxfield design of the lens provides excellent centration and stability, ensuring precise and accurate capsulotomy.
The lens is designed with a 5mm aperture, allowing for a focused beam of laser light to pass through, reducing the risk of damage to surrounding tissues. The lens is also designed with a large optical zone, providing a wide field of view for the surgeon, improving the overall efficiency and effectiveness of the procedure.
The OPYG-12 Laser Ocular 12 YAG Peyman Maxfield Capsulotomy Lens is easy to use and clean, with a smooth, ergonomic design that fits comfortably in the hand. The lens is also compatible with most YAG laser systems, making it a versatile addition to any ophthalmic surgery center.
In summary, the OPYG-12 Laser Ocular 12 YAG Peyman Maxfield Capsulotomy Lens is a high-quality, reliable, and efficient tool for ophthalmic surgeons, designed to improve patient outcomes and make YAG laser capsulotomy procedures safer and more effective.
Pros of buying OPYG-12 Laser Ocular 12 YAG Peyman Maxfield Capsulotomy Lens:1. High-precision: The OPYG-12 laser ocular lens is designed for high-precision capsulotomy, ensuring minimal damage to the surrounding tissues.
2. Efficient: The laser ocular lens is efficient and can perform multiple capsulotomies in a short time, reducing the overall procedure time.
3. Versatile: The OPYG-12 laser ocular lens is compatible with various YAG laser systems, providing flexibility in the choice of equipment.
4. Durable: The lens is made of high-quality materials, ensuring its durability and long-term use.
Cons of buying OPYG-12 Laser Ocular 12 YAG Peyman Maxfield Capsulotomy Lens:1. High cost: The OPYG-12 laser ocular lens is a high-end device with a significant price tag, which may be a barrier for some buyers.
2. Requires specialized training: The use of the OPYG-12 laser ocular lens requires specialized training and experience, which may not be readily available to all users.
3. Limited availability: The OPYG-12 laser ocular lens may not be widely available in all markets, which could limit its accessibility to potential buyers.
4. Maintenance and repairs: The lens requires regular maintenance and repairs, which could add to its overall cost of ownership.
Conclusion:The OPYG-12 laser ocular 12 YAG Peyman Maxfield capsulotomy lens is a high-quality device that provides excellent precision and efficiency in capsulotomy procedures. However, its high cost and specialized training requirements may be a barrier for some buyers. Therefore, before making a purchase decision, potential buyers should carefully weigh the benefits and drawbacks of the OPYG-12 laser ocular lens and consider their specific needs and budget.
Recommendation:If you have the budget and the necessary training, the OPYG-12 laser ocular lens is an excellent investment for your ophthalmic practice. Its high precision and efficiency can lead to improved patient outcomes and increased productivity. However, if the cost is prohibitive or if you do not have the necessary training, there may be other, less expensive options available that can meet your needs. It is essential to research and compare different options before making a final decision.
Capsulotomy yag laser lens features a 14mm diameter clear aperture anterior surface with spherical radius of 12mm and central thickness of 12mm, providing The peyman the optics strategically focus the yag laser beam directly in the posterior capsule while the large diameter anterior surface allows axial and off axis yag laser delivery with low risk of beam clipping. 8x magnification. The spherical anterior surface is recessed within the cone.
The lens can be employed where yag laser modalities have a cone angle of 13 or 16 and in both q switched and mode locked systems.