IN-DATE
VLOCM1744: 3-0 Medtronic V-Loc 90 violet 9" GU-46 taper
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| Price: | $449.00 per box of 12 |
|---|---|
| Quantity: | |
| In Stock: | 2 box of 12 |
| Expiration: | 08-2026 |
| Material | PGA-PCL Barbed |
| Construction | Monofilament |
| Absorption | Absorbable |
| Size | 3-0 |
| Length | 9" |
| Color | Violet |
| Needle Name | UR-6 |
| Needle Length | 26mm |
| Needle Type | Taper Point |
| Curvature | 5/8 Circle |
| Arms | Single |
Additional Details
Medtronic V-Loc™ 90 Barbed Wound Closure Device Absorbable
The V-Loc™ barbed suture wound closure device is a revolutionary technology that supports optimal patient outcomes by closing wounds securely without the need to tie knots. V-Loc™ devices utilize a dual-angle-cut which creates a superior anchoring barb while optimizing the strand’s integrity.
- Tensile Strength: 7 days, 90%; 14 days, 75%
- Absorption Profile: 90-110 days
- Procedural Applications: Soft tissue approximation
- Composition: Glycolide, dioxanone and trimethylene carbonate
- Indications: Soft tissue approximation where use of an absorbable suture is appropriate.
Manufacturer
The V-Loc™ Suture/Wound Closure Device, offered by Medtronic, is a barbed suture system designed to streamline wound closure by eliminating the need for knot tying. This innovative device uses bidirectional or unidirectional barbs along the suture length to secure tissue approximation, providing consistent tension and uniform closure.
Key Features of V-Loc™ Wound Closure Devices
- Barbed Design: Eliminates the need for knots, reducing closure time and simplifying the process.
- Tension Distribution: Ensures even distribution of tension across the wound, supporting better healing outcomes.
- Time Efficiency: Ideal for procedures where speed and precision are critical, such as soft tissue approximation or general surgery.
- Diverse Options: Available in various sizes, absorbable and non-absorbable materials, and lengths to accommodate a wide range of surgical applications.
These devices are widely used in laparoscopic, robotic-assisted, and open surgeries, particularly in applications requiring secure wound closure with minimal effort.
