Description
Luxcryl PGA
Synthetic absorbable suture made from braided polyglycolic acid multifilaments for maximum surgical precision
Optimal Thread Structure
The braided and coated multifilament design offers excellent handling properties. The special polycaprolactone and calcium stearate (1%) coating ensures smooth passage through tissue and prevents a sawing effect.
Predictable Absorption
Thanks to controlled hydrolytic degradation, Luxcryl PGA retains 70% of its original tensile strength after 14 days and approximately 50% after 21 days. Complete absorption occurs after 60-90 days – ideal for medium-term wound support.
Excellent Visibility
The violet color guarantees optimal visibility during surgical procedures – even in demanding anatomical regions. Alternatively, Luxcryl PGA is also available in an undyed (beige) version.
Versatile Applications
- General surgery
- Skin closure
- Gastrointestinal surgery
- Gynecology & Obstetrics
- Plastic surgery
- Urology
- Ophthalmic surgery
- Orthopedics
Absorption Profile at a Glance
- Day 0 – 100% Tensile Strength
- Day 14 – 70% Tensile Strength
- Day 21 – 50% Tensile Strength
- Day 28 – 20% Tensile Strength
- Day 60-90 – Complete Absorption
Technical Specifications
| Type |
Braided and coated multifilament |
| Composition |
Polyglycolic acid |
| Coating |
Polycaprolactone and calcium stearate (1%) |
| Tissue Reaction |
Minimal |
| Absorption |
60-90 days (complete) |
| Tensile Strength after 14 days |
Approx. 70% of original strength |
| Tensile Strength after 21 days |
Approx. 50% of original strength |
| Color |
Violet, beige (undyed) |
| USP Size Range |
10/0 - 2 |
Highest Quality for Optimal Healing Outcomes
Luxcryl PGA combines excellent handling properties with reliable absorption kinetics. The precise calculation of tensile strength loss allows for optimal tissue support during the critical healing phase. Minimal tissue reaction and the special coating promote uncomplicated healing – for excellent functional and aesthetic results in a variety of surgical procedures.