This PROLENE Polypropylene Non-Absorbable Monofilament Surgical Suture, product code EP8734H, is engineered for very high-load, permanent soft tissue approximation where exceptional strength, durability, and predictable handling are essential. Manufactured from blue dyed polypropylene monofilament, the suture offers outstanding long-term tensile strength retention, minimal tissue reactivity, and low tissue drag.

The USP 7-0 diameter delivers maximum tensile strength suitable for closure of fascia, muscle, and other heavily loaded soft tissues. The 45 cm suture length provides extended reach and flexibility during complex surgical procedures requiring secure wound support.

EP8734H is supplied with two BV-1 taperpoint needles, each measuring 9.3 mm with a 3/8 circle curvature. The taperpoint geometry enables controlled tissue penetration with reduced trauma, while EVERPOINT technology ensures consistent needle sharpness and predictable penetration performance throughout use.

Supplied sterile and single-use in a box of 36, this suture is intended for professional clinical and hospital environments requiring maximum strength and permanent wound closure.

• Key Features
• Non-absorbable polypropylene monofilament suture
• USP 7-0 — maximum tensile strength for heavy soft tissue closure
• 45 cm suture length
• BV-1 taperpoint needles — 9.3 mm, 3/8 circle
• EVERPOINT technology for consistent needle sharpness
• Smooth passage with low tissue drag
• Excellent knot security
• Blue dye for enhanced visibility
• Sterile, single-use — Box of 36
• Technical Specifications
• Brand: Ethicon
• Product Code: EP8734H
• Material: Polypropylene
• Structure: Monofilament
• Absorbability: Non-absorbable
• USP Size: 7-0
• Suture Length: 45 cm
• Needle Type: BV-1 taperpoint (double-armed)
• Needle Length: 9.3 mm
• Needle Curvature: 3/8 circle
• Colour: Blue
• Technology: EVERPOINT
• Packaging: Box of 36
• Suitable For
• Fascia and muscle approximation
• Abdominal and thoracic surgery
• High-tension wound closure
• Procedures requiring maximum permanent tensile support