Non Absorb-able Sutures

Browse our Absorbable Surgical Sutures engineered to comply with EU Pharmacopoeia and US Pharmacopeia standards, and crafted through advanced manufacturing, strict quality control, and precision sterilization to deliver dependable performance from packaging to clinical use.

SURSILK is a braided non absorbable silk sutures designed to deliver exceptional handling, high flexibility, and secure knot performance for a wide range of surgical procedures. Manufactured from high-quality natural silk fibers and coated with wax, SURSILK offers smooth tissue passage and precise control, making it a trusted choice for surgeons worldwide.

SURSILK is a braided non absorbable silk sutures designed to deliver exceptional handling, high flexibility, and secure knot performance for a wide range of surgical procedures. Manufactured from high-quality natural silk fibers and coated with wax, SURSILK offers smooth tissue passage and precise control, making it a trusted choice for surgeons worldwide.

SURLENE non absorbable polypropylene monofilament suture is engineered to deliver reliable performance, excellent biocompatibility, and permanent tissue support across a broad spectrum of surgical procedures. Above all, it is designed for surgeons who require accuracy, stability, and predictable outcomes in both routine and highly delicate operations.

SURLON Non Absorbable Nylon Mono-filament suture is made from polyamide 6.0 or 6.6, available in blue and black. It offers minimal tissue reaction, excellent knot security, smooth tissue passage, and permanent support, ideal for general, plastic, and ophthalmic surgeries.

SURLON Non Absorbable Nylon Mono-filament suture is made from polyamide 6.0 or 6.6, available in blue and black. It offers minimal tissue reaction, excellent knot security, smooth tissue passage, and permanent support, ideal for general, plastic, and ophthalmic surgeries.

SURLYEST is a non absorbable polyester braided suture designed to provide exceptional strength, flexibility, and long-term tissue support in a wide range of surgical applications. Most importantly, it is engineered to meet the rigorous demands of procedures where security, durability, and handling precision are critical.