ORIF stands for open reduction and internal fixation, a surgical procedure used to realign and stabilize broken bones. The name describes two distinct steps: “open reduction” means a surgeon makes an incision to access the fracture and manually moves the bone fragments back into their correct position, while “internal fixation” refers to the hardware (screws, plates, rods, or wires) placed inside the body to hold those fragments in place while the bone heals.
The Two Steps of ORIF
The “open” in open reduction distinguishes this procedure from a closed reduction, where a doctor repositions bones by manipulating them through the skin without surgery. In an open reduction, the surgeon creates a direct line of sight to the fracture, which allows for more precise realignment. This matters most when bone fragments have shifted significantly out of position or shattered into multiple pieces.
Once the bones are aligned, internal fixation locks them in place. The surgeon selects hardware based on the fracture’s location, size, and complexity. Metal plates are secured along the bone surface with screws. Rods can be inserted through the center of long bones. Wires or pins may hold smaller fragments together. Most of this hardware is made from stainless steel or titanium, both chosen because the body tolerates them well. Titanium is lighter and slightly more compatible with surrounding tissue, though stainless steel remains the more common choice.
When ORIF Is Necessary
Not every broken bone requires surgery. Simple fractures where the bone pieces remain well-aligned often heal fine in a cast. ORIF becomes necessary when a fracture is too displaced, unstable, or complex for that approach to work. Specific situations that call for ORIF include fractures where the bone ends have shifted out of alignment, bones that have broken into multiple fragments (comminuted fractures), fractures that won’t stay in position after being set manually, and breaks that have already started healing incorrectly.
ORIF is performed on fractures throughout the body: ankles, wrists, hips, shoulders, facial bones, and long bones like the shin and thigh. Joint fractures frequently require it because even small misalignments near a joint can cause lasting stiffness, pain, or arthritis if not corrected surgically.
How ORIF Compares to Nonsurgical Treatment
The core tradeoff between ORIF and nonsurgical treatment (closed reduction with casting) comes down to precision versus invasiveness. ORIF provides better anatomical alignment, faster functional recovery, and shorter immobilization time. Patients who undergo ORIF typically return to normal activity sooner and experience less prolonged discomfort from being immobilized in a cast or splint for extended periods.
Closed reduction avoids the risks that come with any surgery, including infection, scarring, and potential hardware complications. But it requires longer immobilization, which can delay recovery and create its own problems: muscle loss, joint stiffness, and reduced quality of life during the healing period. There’s also a higher chance of the bone healing in a slightly off position when it isn’t directly stabilized with hardware. For complex or significantly displaced fractures, the benefits of surgical precision generally outweigh the operative risks.
What Recovery Looks Like
Recovery after ORIF varies widely depending on which bone was broken and how severe the fracture was. Some fractures heal in several weeks, while more severe breaks can take a year or longer to fully recover. In the early phase, you’ll likely wear a cast or splint for at least a few weeks and may need crutches or other assistive devices.
Weight-bearing restrictions are one of the most important parts of recovery. For ankle fractures, for example, some surgeons now allow early weight-bearing within two weeks of surgery, while more complex fractures may require four to eight weeks of keeping weight off the injured limb entirely. Research shows that complete immobilization beyond four weeks generally offers no benefit and can cause harm through complications related to prolonged inactivity. Your progression depends on fracture complexity, age, and other health factors like diabetes, which can slow healing.
Physical therapy typically continues for up to a few months after surgery. The goal is to restore range of motion, rebuild strength in the muscles around the fracture, and gradually return to full activity. How quickly you progress through these stages depends largely on the severity of the original injury and how consistently you follow your rehabilitation program.
Risks and Complications
Like any surgery, ORIF carries risks. Infection is the most closely tracked complication. For open fractures (where the bone broke through the skin), infection rates at 12 months range from about 5% for minor open fractures to nearly 29% for severe ones, based on data from over 6,000 fractures tracked in large clinical trials. Closed fractures that undergo ORIF carry lower infection risk, though the exact rate depends on the surgical site and the patient’s overall health.
Delayed healing or nonunion, where the bone fails to knit back together on schedule, occurs in roughly 3% to 17% of cases depending on fracture severity. Other possible complications include hardware irritation (the plates or screws causing pain or rubbing against soft tissue), damage to nearby nerves or blood vessels during surgery, and blood clots from reduced mobility during recovery.
Does the Hardware Stay In?
In most cases, the metal hardware stays in permanently. It’s designed to be biocompatible, meaning your body can coexist with it indefinitely without problems. Many people live the rest of their lives with plates and screws from an ORIF and never notice them.
Sometimes, though, the hardware does need to come out. The most common reason is pain or discomfort from prominent hardware, particularly in areas with thin soft tissue coverage like the ankle or wrist, where you might feel the plate beneath the skin. Infection around the hardware is the next most frequent reason for removal, followed by hardware failure, where a screw loosens or a plate breaks. Some patients simply request removal once the bone has healed, even without symptoms. Removal is a separate, typically smaller surgery, and it’s only considered after the fracture has fully healed.