Sklar Randolph Cyclodialysis Cannula - 66-6919

Yes, the Sklar Randolph Cyclodialysis Cannula is a reusable instrument. It is engineered from high-quality stainless steel to withstand repeated sterilization cycles, making it a sustainable and cost-effective choice for clinical environments.

Absolutely. This device is not made with natural rubber latex, ensuring it is safe for use in medical settings with patients or staff who have latex sensitivities.

The cannula is constructed from high-quality, durable stainless steel. This material is selected for its structural integrity, resistance to corrosion, and ability to maintain precision during repeated surgical use.

The angled instrument curvature is specifically engineered to provide better access to anatomical areas where direct, straight-line access might be challenging. This design helps surgeons achieve the necessary angles for precise manipulation.

Please note that this product is supplied non-sterile. While it is a high-quality instrument, it must undergo your facility’s standard sterilization protocols before it is ready for use in a surgical or clinical environment.

Yes, the Sklar Randolph Cyclodialysis Cannula is TAA (Trade Agreements Act) compliant. This certification ensures that the product meets the specific manufacturing standards required for government-related contracts and procurement.

Yes, it features a specialized flat tip configuration. This design allows for the precise manipulation and controlled movements required in delicate ophthalmic or related surgical procedures.

The instrument base features a knurled, textured grip area. This intentional design detail helps ensure that the surgeon can maintain a stable, secure hold on the cannula for maximum control during use.

Yes, this is a factory-new instrument directly from Sklar, a trusted manufacturer in surgical instrumentation. It arrives in new condition and is backed by a manufacturer’s lifetime warranty.

Yes, the cannula is extremely lightweight, weighing only 0.01 pounds. This low-weight design is critical for surgical instruments, as it minimizes hand fatigue and allows for the refined tactile feedback necessary for delicate procedures.