BR Surgical VANNAS Iridectomy Scissors, straight, 3¼"

Yes, these are specialized ophthalmic instruments engineered specifically for tasks like iridectomies. They are designed to provide the high level of tactile feedback and control required for intricate, micro-surgical procedures.

These instruments are manufactured by BR Surgical to professional, clinical-grade standards. They are built to withstand the rigors of a professional surgical environment, ensuring reliable and consistent performance.

Absolutely. The 3¼-inch straight-blade configuration is specifically intended to provide excellent maneuverability when working within confined and delicate surgical fields.

Yes, this product is strictly factory new. It is shipped directly from the manufacturer to ensure you receive an instrument in pristine, unused condition.

Yes, these are professional-grade surgical tools designed for durability and performance in busy clinical settings. They are intended for regular use by ophthalmologists who require consistent precision.

The scissors feature: <ul><li>A compact 3¼-inch design for precision handling.</li><li>Straight blades that allow for clean, accurate cuts in ocular tissue.</li><li>High-standard precision engineering to ensure reliability during critical surgical moments.</li></ul>

Yes, they are exceptionally lightweight, weighing only 0.01 lbs. This minimal weight is designed to reduce hand fatigue, allowing for greater comfort and stability during delicate, time-sensitive procedures.

Because these are professionally engineered instruments from BR Surgical, they are produced with strict adherence to quality standards to ensure precise blade alignment and consistent performance right out of the box.

Yes. BR Surgical is known for manufacturing reliable clinical-grade instrumentation. These scissors are built to meet the rigorous demands of ophthalmic surgery, where precision and instrument integrity are non-negotiable.

These scissors are specifically optimized for fine tissue cutting. Due to their professional-grade engineering, they should be handled with standard micro-surgical techniques to maintain their precision over time.