Introducing the Reli Redisorb Absorbable Suture with Needle, an essential tool for precision surgical procedures. Crafted from Polyglycolic Acid, this suture offers reliable performance in various clinical environments. Designed for ease of use, it is ideal for both general and specialized surgeries, ensuring optimal healing outcomes for patients.

One of the standout features of this product is its precision reverse cutting needle. The 3/8 circle design allows for optimal maneuverability and control during suturing, making it easier to navigate through tissue. Additionally, the coated suture materials reduce tissue drag, enabling a smoother placement while minimizing trauma to the surrounding tissues. This is paramount for achieving a clean and efficient closure in surgical sites.

The Reli Redisorb suture is engineered for absorbability, making it an excellent choice for procedures where non-removable sutures are preferred. As the suture gradually dissolves, it eliminates the need for removal, thus decreasing the risk of patient discomfort and subsequent complications. The suture's braided structure offers enhanced strength and flexibility, ensuring reliable tensile properties throughout the healing process.

With a length of 18 inches and a small size of 4-0, this suture provides the necessary length for various applications without compromising precision. Its undyed color is also a practical feature, allowing for consistent visibility against a variety of backgrounds during surgical operations.

The following specifications highlight the key features:

• Manufacturer #: VU496-M
• Brand: Reli Redisorb
• Application: Absorbable Suture with Needle
• Coating: Coated
• Needle Length: 19 mm
• Needle Type: Precision Reverse Cutting Needle
• Number of Needles: 1-Needle
• Suture Color: Undyed
• Suture Material: Polyglycolic Acid
• Suture Type: Braided

For healthcare professionals looking for a high-quality absorbable suture, the Reli Redisorb Polyglycolic Acid MPS-2 with Precision Reverse Cutting Needle offers both reliability and performance, making it the ideal choice for effective surgical care.