Nuvodox

What's in the Box

• 1 Sterile Pack of NUVODOX Polydioxanone (PDO) Absorbable Surgical Suture

NUVODOX is a sterile, synthetic, absorbable monofilament surgical suture manufactured from Polydioxanone (PDO), a polyester polymer of poly (p-dioxanone). The monofilament construction provides smooth tissue passage, excellent handling, and dependable knot security while minimizing tissue drag during surgical procedures. Its non-coated design and minimal tissue reaction make it suitable for delicate tissue approximation where prolonged wound support is required.

The suture is absorbed through hydrolysis and is completely absorbed within approximately 180 to 210 days, while maintaining prolonged tensile strength during the healing period. Manufactured by Nuvo Medsurg Private Limited, NUVODOX is indicated for all types of soft tissue approximation, including ophthalmic surgery, where an absorbable suture with extended wound support is desirable. It is sterilized using Ethylene Oxide (EO) and is available in multiple USP sizes, suture lengths, and needle configurations to meet diverse surgical requirements.

Key Features

• Synthetic Monofilament Suture – Manufactured from Polydioxanone (PDO) for prolonged wound support.
• Smooth Tissue Passage – Monofilament construction minimizes tissue drag and facilitates easy handling.
• Extended Absorbable Support – Completely absorbed through hydrolysis within 180 to 210 days.
• Minimal Tissue Reaction – Designed to reduce tissue irritation during healing.
• Excellent Knot Security – Offers reliable tensile strength and secure wound approximation.
• Long-Term Tensile Strength Retention – Maintains wound support throughout the critical healing period.
• Ethylene Oxide Sterilized – Sterile and ready for immediate surgical use.
• Wide Clinical Applications – Suitable for general soft tissue approximation, including ophthalmic procedures.
• Multiple Needle Configurations – Available in different suture sizes and needle types to suit various surgical procedures.

Benefits

• Provides prolonged wound support during healing.
• Smooth tissue passage with minimal tissue trauma.
• Predictable hydrolytic absorption eliminates the need for suture removal.
• Reliable handling and secure knot performance.
• Suitable for procedures requiring extended tensile strength.
• Available in multiple needle configurations for different surgical specialties.

Key Specification & Dimensions

Tensile Strength Retention

NUVODOX provides predictable tensile strength retention, ensuring prolonged wound support before gradual absorption through hydrolysis.

Available Variants

FAQs

1. What is NUVODOX made of?

NUVODOX is manufactured from Polydioxanone (PDO), a synthetic polyester polymer (poly (p-dioxanone)) designed for long-term absorbable wound support.

2. How long does NUVODOX take to absorb?

The suture is absorbed through hydrolysis and is completely absorbed within approximately 180 to 210 days.

3. Where is NUVODOX commonly used?

NUVODOX is indicated for general soft tissue approximation, including ophthalmic surgery, particularly where extended wound support from an absorbable suture is required.

4. How long does NUVODOX retain its strength?

The suture retains approximately 70% tensile strength after 28 days, 50% after 42 days, and 20% after 56 days, providing prolonged tissue support during healing.

5. Is NUVODOX sterile?

Yes. Every NUVODOX suture is sterilized using Ethylene Oxide (EO) and supplied sterile for single use.

6. What needle configurations are available?

NUVODOX is available in multiple configurations, including 1/2 Circle Round Body and 1/2 Circle Round Body Heavy Loop variants, depending on the selected product code.

7. What USP sizes are available?

NUVODOX is available in a USP size range of 6-0 to 2, with selected variants including 3-0 (2 Metric) and 1 (4 Metric).

8. Why is NUVODOX suitable for prolonged wound support?

Its Polydioxanone monofilament construction provides extended tensile strength retention and gradual hydrolytic absorption, making it suitable for procedures requiring long-term tissue approximation.