AASTEEL – Stainless Steel Sutures
AASTEEL is a high-performance non-absorbable stainless steel suture, engineered to provide exceptional strength and durability in surgical procedures requiring maximum mechanical support. Manufactured from medical-grade stainless steel, AASTEEL sutures are widely used in orthopedic and surgical procedures where permanent fixation is required.
Stainless steel sutures are known for their superior tensile strength and resistance to breakage. AASTEEL offers excellent stability and reliability, making it suitable for procedures involving bone fixation and sternum closure. The material demonstrates excellent resistance to corrosion and maintains its strength even under significant mechanical stress.
AASTEEL sutures are available in various configurations to support different surgical needs. The smooth surface helps reduce tissue irritation while ensuring secure fixation. Its non-absorbable nature ensures long-term support without degradation.
Due to its exceptional strength and durability, AASTEEL is commonly used in demanding surgical environments requiring reliable and permanent closure solutions.
Key Features
– Non-absorbable stainless steel suture
– Exceptional tensile strength
– High resistance to breakage
– Corrosion-resistant material
– Long-term mechanical support
– Reliable fixation in high-stress areas
– Durable and dependable performance
Indications
AASTEEL sutures are indicated for:
– Orthopedic surgery
– Sternum closure
– Bone fixation
– General surgical procedures
– Abdominal wall closure
– Trauma repair
– Procedures requiring strong mechanical fixation
Absorption Profile
– Non-absorbable material
– Provides permanent fixation
– Maintains structural strength indefinitely
Applications
AASTEEL is widely used in procedures requiring strong mechanical stability and permanent fixation. Its superior strength makes it particularly suitable for bone-related procedures and critical closures.
Manufactured under strict international quality systems, AASTEEL ensures reliable performance in high-demand surgical environments worldwide.