FIL GOOD - Suture Polyglycolic Acid Violet - Box of 12

Key Features

• Synthetic absorbable braided multifilament suture: excellent handling and flexibility
• Excellent knot security: enhanced stability due to braided structure
• Lubricated coating: polycaprolactone and calcium stearate to reduce tissue drag
• Smooth tissue passage: minimizes trauma during placement
• Controlled hydrolysis absorption: predictable and reproducible resorption profile
• Low tissue reactivity: high biocompatibility with mild inflammatory response
• Ethylene oxide sterilization: sterile medical device compliant with U.S.P and European Pharmacopoeia standards

Specifications

• Type: sterile absorbable surgical suture
• Structure: braided multifilament
• Material: 100% glycolide homopolymer (polyglycolic acid)
• Coating: polycaprolactone + calcium stearate
• Dye: D&C Violet No. 2 
• Absorption: hydrolysis
• Standards: European Pharmacopoeia (Ph. Eur) / U.S.P
• Use: sterile single-use device

Indications

• Implant surgery
• Periodontal surgery
• Oral surgery
• Gingival graft procedures
• Surgical extractions
• Soft tissue closure
• Gingival flap approximation
• Tissue ligation

Clinical Benefits

• Reliable initial wound support during the healing phase
• Excellent knot security provided by braided structure
• Reduced tissue trauma due to lubricated coating
• Predictable absorption allowing reliable clinical planning
• Elimination of suture removal, improving patient comfort
• Reduced infection risk through effective wound closure
• Good initial tensile strength compliant with U.S.P / E.P standards
• Low inflammatory response during absorption
• Suitable for short-term suturing in dental surgery

Packaging

• Individually packaged sterile sutures
• Secure dispensing box
• Quick product identification
• Packaging: box of 12 sutures

Why choose polyglycolic acid sutures?

Polyglycolic acid sutures are widely used in dental surgery due to their reliability, predictable absorption and excellent handling characteristics. They provide effective short-term wound support during the critical healing phase while eliminating the need for suture removal, improving patient comfort and reducing chair time.