Surgical Sutures
Product Model:RH-NNB001
Product Name:Surgical Sutures
Product size:
Material:Polyglycolic Acid/Rapid Pollyglycolic/Polyglycolic 910/Poliglecaprone 25/Polydioxanone/Chromic Catgut/Chrmic Caggut/Plain Catgut/Polypropilene/Polyester(Braided)/Silk(Braided)/Nylon Monofilament/Surgical Steel
Color:White
Product Packaging:Sterilization packaging
Main Application:Applicable to general surgery, plastic surgery, ophthalmology, orthopedics and other surgical procedures for precise tissue approximation and wound closure. Absorbable materials (Polyglycolic Acid, Polydioxanone, etc.) are used for soft tissue healing without suture removal, while non-absorbable materials (Polypropylene, Nylon, Silk, etc.) serve for long-term support or special sites like cardiovascular tissues and skin surfaces. All are supplied in sterilized packaging to ensure surgical safety.
Note:Nylon/Silk/PGA are widely used in emergency suturing.
RH-NNB001 Surgical Sutures are high-performance medical devices engineered for precise tissue approximation and wound closure across clinical specialties. Crafted from a comprehensive range of medical-grade materials, they cater to diverse surgical requirements—absorbable options include Polyglycolic Acid, Rapid Polyglycolic, Polyglycolic 910, Poliglecaprone 25, Polydioxanone, Chromic Catgut, and Plain Catgut, while non-absorbable variants cover Polypropylene, Braided Polyester, Braided Silk, Nylon Monofilament, and Surgical Steel.
Featuring a uniform white color for optimal visibility during procedures, each suture is supplied in sterilized packaging to ensure aseptic safety and compliance with medical standards. The absorbable sutures degrade naturally as soft tissue heals, eliminating the need for suture removal, while non-absorbable types provide long-term tensile strength for critical sites like cardiovascular tissues, orthopedic repairs, or skin closure requiring durable support.
Designed for reliability in general surgery, plastic surgery, ophthalmology, orthopedics, and more, these sutures combine consistent tensile strength, excellent knot security, and tissue compatibility to support successful surgical outcomes. Customizable specifications further adapt to specialized clinical needs, making them a trusted choice for healthcare professionals worldwide.