Luxcryl Monofast

A monofilament absorbable suture composed of polyglecaprone 25, a copolymer made of 75% glycolide and 25% ε-caprolactone. The suture is available in violet or beige undyed colors and causes minimal tissue reaction. It achieves total absorption in approximately 90 to 110 days through hydrolytic action, with approximately 75% of tensile strength remaining after 7 days. Presented in boxes containing 12 sutures.

MONOFAST is a monofilament surgical suture designed for reliable wound closure across general and specialized surgical procedures. The product delivers consistent tensile strength and handling characteristics for optimal knot security and tissue approximation. Manufactured in Italy with customization available to meet specific surgical requirements.

Monofilament absorbable suture composed of polyglycolic acid and polycaprolactone. Designed for rapid absorption while maintaining initial wound strength.

A violet, braided, and coated multifilament absorbable suture made of Polyglactin 910, a copolymer of 90% glycolide and 10% L-lactide. It offers high tensile strength, excellent handling, and knot security with minimal tissue reaction. The suture is coated with Polycaprolactone and Calcium Stearate to ensure reduced tissue drag and enhanced knot security. SUTCRYL is absorbed by hydrolytic action with total absorption in approximately 56 to 70 days, retaining about 75% tensile strength after 2 weeks and around 50% after 3 weeks. It is recommended for general soft tissue closure and ligation in general surgery, skin closure, gastrointestinal surgery, plastic surgery, gynaecology, urology, and ophthalmic surgery.

A violet, braided, and coated multifilament absorbable suture made of polyglycolic acid with polycaprolactone and calcium stearate coating. It offers high tensile strength, excellent handling, knot security, and smooth tissue passage. The suture is absorbed through hydrolytic action over 60-90 days with approximately 70% tensile strength retention after 2 weeks and 50% after 3 weeks. It is indicated for general soft tissue closure and ligation across multiple surgical specialties including general surgery, gastrointestinal surgery, plastic surgery, gynaecology, urology, ophthalmic surgery, and orthopaedics, but should not be used in cardiovascular or neurosurgery.

Rapid-absorbing synthetic monofilament suture with minimal tissue reaction. Ideal for subcuticular closure and applications where quick absorption is desired without tissue irritation.

Absorbable surgical suture manufactured from polyglactin 910 copolymer. Offers extended absorption timeframe suitable for applications requiring prolonged tensile strength maintenance.

An absorbable suture made from poliglecaprone designed to provide initial strength and gradual absorption in tissues, facilitating healing without the need for removal. It ensures secure and effective closure, contributing to the success of surgical procedures.

Rapid-absorption surgical suture based on polyglactin 910 formulation. Designed for surgical applications where faster tissue support transition is clinically indicated.

Fast absorbing variant of Polyglactin 910 absorbable sutures providing superior tensile strength retention and predictable absorption profile. Designed to meet specific surgical needs where faster tissue healing requirements are necessary.

Braided and coated multifilament absorbable suture made of polyglycolic acid with polycaprolactone and calcium stearate coating. The suture is beige in color and produces minimal tissue reaction. It is absorbed through hydrolytic action with total absorption occurring in approximately 42 days, while approximately 50% of tensile strength remains after 7 days. Supplied in boxes containing 12 sutures.

Monofit-L is an absorbable suture designed for surgical wound closure across general, orthopedic, and soft tissue applications. The suture is engineered to maintain tensile strength during the healing phase before gradual absorption, eliminating the need for removal. Suitable for both cutaneous and subcutaneous use in procedures requiring temporary wound support.