What is the MultiLoc™ Humeral Nailing System?
The MultiLoc™ Humeral Nailing System is an advanced implant designed to treat fractures of the proximal humerus and humeral shaft. It features both short and long nail options to accommodate different bone anatomies. Its straight-nail design, multiplanar locking screws, and screw-in-screw technology offer exceptional stability and fixation in complex shoulder fractures.
When is the MultiLoc™ Humeral Nailing System Recommended?
This system is recommended in several situations, including:
- Displaced two-, three-, or four-part fractures of the proximal humerus
- Fractures extending from the humeral head into the shaft
- Cases involving osteoporotic bone where added fixation strength is required
- Situations where minimally invasive techniques are preferred to preserve soft tissue and blood supply
How is the MultiLoc™ Humeral Nailing System Performed?
After careful imaging and surgical planning, the patient is positioned to provide access to the shoulder. A small incision is made at the top of the humerus, and the nail is inserted into the bone’s canal under fluoroscopic guidance. The fracture is aligned and fixed with proximal and distal locking screws, ensuring stability. Once the implant is secured, the incision is closed, and postoperative care begins.
What to Expect During Recovery After MultiLocTM Nailing System Implantation?
Following surgery, the arm may be supported in a sling for comfort. Gentle, passive shoulder motion often begins within the first day or two, progressing to active exercises as healing allows. Most patients regain strength and motion over several weeks with the help of physical therapy. Full recovery and bone healing typically occur within 10 to 14 weeks.
What are the Risks of the MultiLoc™ Humeral Nailing System?
- Malunion or nonunion of the fracture
- Implant migration or screw loosening
- Shoulder stiffness or impingement
- Rotator cuff irritation at the nail entry site
- Infection or nerve injury
What are the Benefits of the MultiLoc™ Humeral Nailing System?
- Enhanced fixation and stability, even in weak or osteoporotic bone
- Reduced soft tissue disruption due to minimally invasive design
- Reliable healing and improved functional outcomes
- Options to treat both simple and complex shoulder fractures

