This ETHILON™ Black Monofilament Non-Absorbable Microsurgical Suture, product code 7062G, is engineered for ultra-fine tissue approximation where maximum precision and minimal tissue trauma are essential. Manufactured from non-absorbable nylon monofilament, ETHILON delivers exceptionally smooth tissue passage, very low tissue reactivity and reliable long-term tensile strength.

The USP 10-0 diameter is intended for ophthalmic and advanced microvascular procedures requiring extremely delicate wound closure. The 6 inch (15 cm) strand length allows precise control within confined microsurgical fields and fine closure work.

7062G is supplied single-armed (S/A) with one CSC-6 taper point needle, measuring approximately 6 mm with a 3/8 circle curvature. The taper point configuration enables atraumatic penetration through delicate tissue and supports controlled microsurgical approximation.

Supplied sterile and single-use in a box of 12 sutures, this product is intended for specialist hospital and microsurgical environments requiring dependable non-absorbable micro-closure performance.

• Key Features
• • Non-absorbable nylon monofilament
• • USP 10-0 — ultra-fine microsurgical diameter
• • 6 in (15 cm) strand length
• • Black colour for enhanced contrast
• • Single-armed configuration
• • CSC-6 taper point needle — approx. 6 mm
• • 3/8 circle needle curvature
• • Smooth tissue passage with precise handling control
• • Sterile, single-use — Box of 12
• Technical Specifications
• Brand: Ethicon
• Product Code: 7062G
• Material: Nylon (Polyamide)
• Structure: Monofilament
• Absorbability: Non-absorbable
• USP Size: 10-0
• Suture Length: 6 in (15 cm)
• Colour: Black
• Needle Name: CSC-6
• Needle Point Type: Taper Point
• Needle Length: Approx. 6 mm
• Needle Curvature: 3/8 circle
• Armed: Single-armed
• Strands Per Pack: 1
• Pledget: No
• Category: Microsurgical Wound Closure
• Packaging: Box of 12
• Suitable For
• • Ophthalmic microsurgery
• • Microvascular procedures
• • Extremely delicate tissue approximation
• • Confined-field microsurgical closure