Sklar Blue Electrosurgical Singley Forceps - 91-5302

Yes, the specialized blue insulated coating is a critical safety feature. It acts as an electrical barrier, preventing radio frequency (RF) currents from transmitting through the instrument body. This design significantly reduces the risk of accidental burns to adjacent, non-targeted tissues during electrosurgical procedures.

These instruments are constructed from high-quality stainless steel, ensuring they are robust enough for demanding surgical environments. They are designed for long-term reusability, provided they are maintained and sterilized according to standard procedures.

The forceps are built for standard medical workflows:

• Autoclavable: Fully compatible with steam sterilization.
• Ultrasonic Cleaning: They can safely undergo ultrasonic cleaning processes.
• Compliance: They meet ANSI/AAMI ST79 standards for steam sterilization validation.

Yes, the Singley (Tuttle) design is specifically engineered for precision. The tips are fenestrated and serrated, which provides a secure, reliable grip while remaining gentle enough for handling delicate intestinal tissue or absorbent sponges.

Yes, this instrument adheres to strict safety standards. It is ISO 10993 compliant, meaning it meets rigorous biological testing requirements for cytotoxicity and sensitization. Additionally, it is not made with natural rubber latex.

This model is 9 inches in length, providing an optimal reach for various surgical applications while maintaining the balance and control needed for precise tissue manipulation.

While the stainless steel instrument itself is covered by a lifetime warranty, the specialized insulating coating is guaranteed for one year against manufacturing defects.

Yes, the Sklar Blue Electrosurgical Singley Forceps are TAA compliant, making them suitable for procurement in government and institutional environments that require adherence to Trade Agreements Act standards.

The combination of the Singley (Tuttle) style and electrosurgical insulation makes this instrument unique. It allows surgeons to perform electrosurgical procedures with increased safety, as the insulation prevents the common issue of RF current leakage often found in non-coated metal tools.

Absolutely. The working end features a fenestrated, serrated tip configuration. This allows for a superior grip on slippery or wet operative materials, such as sponges or tissue, without compromising the instrument’s ability to hold items securely.