SurgiMac 4-0 26" Braided & Coated Suture, Polyglycolic Acid, 22mm 1/2 Circle Round Body Needle, MacSuture, 12/Pk

Polyglycolic acid (PGA) is primarily used in absorbable sutures due to its excellent biocompatibility and predictable degradation. It provides temporary support to the tissue during the healing process and is eventually absorbed by the body, eliminating the need for suture removal. The 4-0 26 inch Braided & Coated Suture Polyglycolic Acid 22mm 1/2 Circle Round Body Needle is specifically designed to offer secure wound closure in soft tissue surgeries such as gastrointestinal and gynecological procedures, ensuring high tensile strength and ease of use for the surgeon.

A polyglycolic acid (PGA) suture is an absorbable synthetic suture made from biodegradable polymers. It provides temporary wound support during the critical healing period before being absorbed by the body over time. The 4-0 26 inch Braided & Coated Suture Polyglycolic Acid 22mm 1/2 Circle Round Body Needle offers superior handling, flexibility, and knot security due to its braided design. It is ideal for use in surgeries where maintaining tensile strength for a limited period is necessary, providing reliable tissue approximation without the need for removal.

Polyglycolic acid sutures are commonly referred to as PGA sutures. Known for their absorbable nature and strong initial tensile strength, PGA sutures are favored in various medical procedures that require temporary tissue approximation. The 4-0 26 inch Braided & Coated Suture Polyglycolic Acid 22mm 1/2 Circle Round Body Needle stands out due to its superior construction and coating, ensuring reduced tissue drag and smooth passage, making it a versatile choice for soft tissue closures.

Polyglycolic acid (PGA) is a biodegradable polymer derived from glycolic acid. It is commonly used in absorbable sutures due to its predictable breakdown and absorption within the body. The 4-0 26 inch Braided & Coated Suture Polyglycolic Acid 22mm 1/2 Circle Round Body Needle is made from high-quality PGA material, providing strength during the initial healing phase before gradually dissolving. This feature makes it highly effective for surgeries where tissue support is needed only for a limited duration, allowing for natural healing without the need for suture removal.