Orthopedic K Wire 9-inch Stainless Steel Double Ended (3MM) 20 pieces

Orthopedic K Wire 9-inch Stainless Steel Double Ended (3MM) – Pack of 20

The Orthopedic Stainless Steel K Wire 9-inch (3MM, Double Ended) is a premium surgical instrument for bone fixation, stabilization, and skeletal alignment. Surgeons worldwide trust these wires because they are made from high-quality stainless steel, offering durability and corrosion resistance. Moreover, each pack contains 20 sterilized K wires, making it a cost-effective choice for hospitals, trauma centers, and clinics.

At BOS Medicare Surgical, we design ISO & CE-certified surgical instruments that ensure precision, safety, and consistent performance. As a result, our Orthopedic K Wires deliver reliable outcomes for every orthopedic procedure.

✅ Key Features of Orthopedic Stainless Steel K Wire

• Premium Stainless Steel – Strong, rust-resistant, and safe for surgical use.

• 9-Inch / 3MM Double Ended – Designed for versatile orthopedic applications.

• Sterile & Reliable – We sterilize each K wire to guarantee medical safety.

• Pack of 20 – Affordable bulk packaging for hospitals and clinics.

• Consistent Quality – Provides accuracy and reliability in every procedure.

✅ Benefits

• Ensures strong fixation in fracture and trauma surgeries.

• Provides stability in bone alignment and skeletal traction.

• Delivers long-lasting performance with corrosion resistance.

• Gives surgeons confidence with ISO & CE-certified quality.

✅ Applications

• Fracture fixation and bone realignment.

• Orthopedic and trauma surgeries.

• Skeletal traction and stabilization.

• Bone reconstruction and rehabilitation support.

👉 Why Choose BOS Medicare Surgical?
We deliver high-quality orthopedic surgical tools trusted by doctors, hospitals, and physiotherapy centers. Furthermore, our Orthopedic Stainless Steel K Wires are designed for safety, reliability, and precision, ensuring better outcomes in every procedure.

🔗 Internal Link: You may also check our [Orthopedic Traction Belt].
🔗 External Link: Learn more about orthopedic fixation methods