Martins Uterine Reverse Cutting Suture: .050x1.482 Surgical Thread

Size in inches: .050x1.482

Key Features:

• Used with suture material: Designed specifically for tissue closure applications, ensuring secure suturing.

• Manufactured from fine true tempered stainless steel: The construction from high-quality stainless steel, combined with a heat-treating process, enhances strength and dependability.

• Free-Eyed Needles: Facilitates easy threading of suture material, streamlining the suturing process.

• Not made with natural rubber latex: Ideal for patients with latex allergies or sensitivities, ensuring compatibility and safety.

• 2/pouch, 72 pouches/box: Convenient packaging for easy access and organization in medical settings.

• Sterile: Each unit is sterilized to maintain aseptic conditions and minimize the risk of infection.

Martins Uterine Half Circle Reverse Cutting Sutures are primarily intended for use in gynaecological surgeries, notably uterine closure. The fine stainless steel design ensures exact tissue approximation, making them ideal for delicate surgical procedures.

Key Features:

• Used with suture material: Designed specifically for tissue closure applications, ensuring secure suturing.

• Manufactured from fine true tempered stainless steel: The construction from high-quality stainless steel, combined with a heat-treating process, enhances strength and dependability.

• Free-Eyed Needles: Facilitates easy threading of suture material, streamlining the suturing process.

• Not made with natural rubber latex: Ideal for patients with latex allergies or sensitivities, ensuring compatibility and safety.

• 2/pouch, 72 pouches/box: Convenient packaging for easy access and organization in medical settings.

• Sterile: Each unit is sterilized to maintain aseptic conditions and minimize the risk of infection.

Martins Uterine Half Circle Reverse Cutting Sutures are primarily intended for use in gynaecological surgeries, notably uterine closure. The fine stainless steel design ensures exact tissue approximation, making them ideal for delicate surgical procedures.