Thursday, 30 April 2026 | Clinical Insight
When the nail beats the plate —
and when it does not.
Intramedullary nailing has a reputation as the go-to for long-bone fractures. That reputation is mostly earned — but context still matters.
Biomechanics
Why nailing works so well
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Load-sharing, not load-bearingStress is distributed along the entire nail, reducing focal bone strain.
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Minimally invasiveSoft tissue and periosteum are preserved, maintaining the healing biology.
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Biomechanically alignedThe implant sits within the bone's natural axis for optimal force transfer.
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Early weight-bearingMany fracture patterns allow mobilisation sooner, improving outcomes.
Clinical Indications
Where it earns its place
- Diaphyseal fractures of the femur, tibia, and humerus — where nailing remains the gold standard.
- Patients where soft-tissue preservation is critical — compromised envelopes, degloving risk, or delayed presentation.
- Minimising surgical footprint — polytrauma patients, poor biology, high anaesthetic risk, or contaminated fields.
Watch & Learn
Educational overview of intramedullary nailing principles and technique. For clinical decisions always refer to manufacturer IFU and institutional protocols.
But the evidence adds nuance
The nail is not always
the answer.
For distal tibial fractures specifically, meta-analysis data shows plating is associated with less malalignment than nailing — even though union rates and infection outcomes are comparable.
The best surgical decision is the one that matches the instrument to the fracture — not the fracture to the instrument the surgeon is most comfortable with.
Full Range. Every Fracture Pattern.
Every Clinical Decision.
At Cargo Medi Distributors we provide the complete range of orthopaedic fixation instruments — nails, plates, screws, and more — to support every surgeon and every patient.
