Synthes 208.433 6.5mm Cannulated Screw 32mm Thread 55mm

Synthes 208.433 6.5mm Cannulated Screw 32mm Thread 55mm

• Model: 208.433 Synthes
• Diameter: 6.5mm
• Length: 55mm

The Synthes 208.433 is a precision-engineered orthopedic screw designed for robust fracture stabilization in small to medium bone structures. Measuring 6.5 mm in overall diameter and 55 mm in length, it features a 32 mm long threaded segment with a coarser 2.75 mm pitch—providing a strong hold within the far bone fragment while safely spanning the fracture site. Its 4.5 mm core diameter balances rigidity with necessary flexibility, all encased in a durable stainless‑steel construct that ensures both strength and corrosion resistance.

Complementing its anatomical design, the screw incorporates a 2.9 mm cannulated channel, enhancing surgical precision by allowing placement over a guide wire. This design optimizes the ease of insertion and alignment while minimizing soft tissue disruption. The head of the screw includes a 4 mm hexagonal socket interface, ensuring a secure instrument fit that resists slippage and promotes controlled torque during insertion and secure tightening. At 7.9 mm across, the head provides ample contact surface without excessive profile.

Clinically, the Synthes 208.433 offers orthopedic surgeons a reliable solution for achieving stable, interfragmentary compression in trauma and reconstructive procedures. Its thread pitch and partial threaded design allow for effective fixation while maintaining the ability to compress bone segments. The stainless‑steel construction and meticulous engineering provide long-term reliability, making it a trusted choice for fracture repair in areas such as the distal femur, proximal tibia, or long bone diaphyses—especially where controlled, minimally disruptive surgical technique is a priority.

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.