• Fine 5/0 silk (metric size 1)
• Braided material provides excellent handling and strength
• High tensile strength ensures secure wound closure
• Ideal for general surgery, ligation, and skin closure
• Quantity: Entire spool contains 25-yard

The Look brand delivers a superior non-absorbable surgical material in its 5/0 Silk Spool 25Yds, a meticulously crafted suture designed to meet the rigorous demands of various surgical and medical procedures. This product is intended for purchase and use by qualified healthcare facilities and licensed medical practitioners.

Constructed from natural protein fibers, this braided silk suture is renowned for its excellent handling characteristics, offering surgeons a smooth, reliable tie-down that minimizes tissue drag. The high tensile strength of the material ensures secure wound closure, while the braided construction provides a supple feel and good knot security, making it a dependable choice for applications requiring a long-lasting, non-absorbable support structure. The suture's diameter, equivalent to a 5/0 (metric size 1), makes it ideal for delicate work in general surgery, ligation, skin closure, and other procedures where a fine but strong thread is necessary.

Provided on a generous 25-yard spool, this product offers a cost-effective and convenient way for medical institutions to maintain an ample supply of a staple material without the need for individual suture packets, thereby promoting efficiency in the operating room or clinic setting. If you are searching for the best non-absorbable surgical suture then the Look silk spool, with its superior strength and exceptional handling properties that facilitate precise and secure knot placement, is best for you. The best Look 5/0 Silk Spool 25Yds is a testament to the brand's commitment to quality surgical products, ensuring reliable performance in the hands of medical professionals.

The entire spool contains one continuous 25-yard length of the black braided silk material, ready to be cut to the precise length needed for each procedure, minimizing waste and maximizing utility.