Ethicon Vicryl Sutures USP 5-0, 1/2 Circle Round Body - NW2403P- 12 Foils Box

Highlights:
1/2 Circle Round Body
Needle Dimension: 16 mm
Size: 5-0
Foils/Vials per Box : 12
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Ethicon NW2403P 12 Pcs 5-0 Dyed Vicryl Polyglactin 910 Suture Box, Size: 45 cm is a premium quality product from Ethicon. Surginatal is a well-known ecommerce platform for qualitative range of Surgical Sutures. All Ethicon NW2403P 12 Pcs 5-0 Dyed Vicryl Polyglactin 910 Suture Box, Size: 45 cm are manufactured by using quality assured material and advanced techniques, which make them up to the standard in this highly challenging field. The materials utilized to manufacture Ethicon NW2403P 12 Pcs 5-0 Dyed Vicryl Polyglactin 910 Suture Box, Size: 45 cm, are sourced from the most reliable and official vendors, chosen after performing detailed market surveys. Ethicon products are widely acknowledged in the market for their high quality. We are dedicatedly involved in providing an excellent quality array of Ethicon Surgical Sutures.
- Needle Length: 16mm
- Suture Length: 45cm
- Colour: Violet
- Suture Type: Synthetic Braided
- Absorption Profile: Absorbable : 56 - 70 Days (Average 63 Days)
- Suture Diameter: USP 5-0
- Suture Material: Polyglactin 910
- Needle Description: 16mm, 1/2 Circle Round Body Needle
- Coating: Calcium Stearate
- Tensile Strength: 75% retention at 14 days, 50% retention at 21 days, 25% retention at 28 days
- The Coated Vicryl Suture is indicated for use in general soft tissue approximation and/or ligation, including use in ophthalmic procedures, but not for use in cardiovascular or neurological tissues
- The Coated Vicryl Suture is a synthetic absorbable sterile surgical suture composed of a copolymer made from 90% glycolide and 10% L-lactide
- This suture, being absorbable, should not be used where extended approximation of tissue is required
- Progressive loss of tensile strength and eventual absorption of Coated Vicryl Suture occurs by means of hydrolysis. Absorption begins as a loss of tensile strength followed by a loss of mass.