Synthes 202.719 3.0mm Cannulated Screw Long Thread/19mm
Synthes 202.719 3.0mm Cannulated Screw Long Thread/19mm
• Model: 202.719 Synthes
• Diameter: 3.0mm
• Length: 19mm
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.
The Synthes 202.719 is a finely crafted, miniature cannulated screw optimized for precision orthopedic fixation in delicate anatomical sites. At just 19 mm in length and 3 mm in diameter, the screw is characterized by a long-thread design—about half the screw length—facilitating improved purchase in small bone structures. Its 1.2 mm inner canal allows it to slide over a guide wire, ensuring accurate alignment and minimally invasive placement when addressing fractures in small bones such as those of the hand, wrist, or foot.
Built from high-quality stainless steel, the 202.719 balances strength and biocompatibility. The cruciform recess head design offers a low-profile option that reduces soft tissue irritation while enabling secure driver engagement and precise torque control. Featuring self-drilling and self-tapping capabilities, this screw simplifies the surgical workflow by eliminating the need for pre-drilling or tapping, particularly in moderately dense bone. The 1.25 mm thread pitch enhances ease of insertion while maintaining sufficient resistance to loosening.
The longer thread length is particularly effective in achieving stable fixation with enhanced grip in the far bone fragment, making it suitable for treating small-fragment fractures or arthrodeses where sustained interfragmentary compression is essential. Its compatibility with Synthes instrumentation—such as cannulated screw sets and 2 mm threaded-hole drill bits—ensures it integrates seamlessly into established surgical workflows. Overall, the Synthes 202.719 offers surgeons precision, efficiency, and dependability for fixation tasks in tight anatomical spaces and delicate orthopedic procedures.
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Description
Synthes 202.719 3.0mm Cannulated Screw Long Thread/19mm
• Model: 202.719 Synthes
• Diameter: 3.0mm
• Length: 19mm
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.
The Synthes 202.719 is a finely crafted, miniature cannulated screw optimized for precision orthopedic fixation in delicate anatomical sites. At just 19 mm in length and 3 mm in diameter, the screw is characterized by a long-thread design—about half the screw length—facilitating improved purchase in small bone structures. Its 1.2 mm inner canal allows it to slide over a guide wire, ensuring accurate alignment and minimally invasive placement when addressing fractures in small bones such as those of the hand, wrist, or foot.
Built from high-quality stainless steel, the 202.719 balances strength and biocompatibility. The cruciform recess head design offers a low-profile option that reduces soft tissue irritation while enabling secure driver engagement and precise torque control. Featuring self-drilling and self-tapping capabilities, this screw simplifies the surgical workflow by eliminating the need for pre-drilling or tapping, particularly in moderately dense bone. The 1.25 mm thread pitch enhances ease of insertion while maintaining sufficient resistance to loosening.
The longer thread length is particularly effective in achieving stable fixation with enhanced grip in the far bone fragment, making it suitable for treating small-fragment fractures or arthrodeses where sustained interfragmentary compression is essential. Its compatibility with Synthes instrumentation—such as cannulated screw sets and 2 mm threaded-hole drill bits—ensures it integrates seamlessly into established surgical workflows. Overall, the Synthes 202.719 offers surgeons precision, efficiency, and dependability for fixation tasks in tight anatomical spaces and delicate orthopedic procedures.
