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Hand & Wrist

Hand & Wrist Fractures: treated with the hardware Dr. Lee helped design.

Metacarpal fractures, phalanx fractures, scaphoid fractures, and other small bone injuries of the hand and wrist. The principles are the same as larger fractures, restore the anatomy, allow early motion, prevent stiffness, applied with smaller-scale hardware.

Written bySteven J. Lee, MD · Chief of Hand and Upper Extremity Surgery, Lenox Hill Hospital
Last reviewed · May 2026

The hand and wrist contain 27 bones, and almost any of them can break. Common injuries include metacarpal fractures ('boxer's fractures'), phalanx fractures (the bones inside the fingers), and scaphoid fractures, small but consequential injuries that require expertise to treat well.

Most hand and wrist fractures heal without surgery if they are stable and well-aligned. The fractures that need surgery, displaced fractures, intra-articular fractures, and unstable injuries, heal best with the same modern fixation hardware used in larger bone fractures, scaled to the size of the hand.

Common hand and wrist fractures

The fractures Dr. Lee sees most often include:

  • Metacarpal fractures, including 'boxer's fractures' of the small finger metacarpal
  • Proximal and middle phalanx fractures, finger bone injuries that risk stiffness without proper treatment
  • Scaphoid fractures, a wrist bone with notoriously fragile blood supply, prone to non-union
  • Carpal bone fractures (other than scaphoid), less common but each with specific implications
  • Intra-articular finger fractures, small injuries with outsized consequences if mistreated

Why hand fractures are different

Fractures in the hand carry a higher risk of stiffness than fractures elsewhere in the body. The fingers are surrounded by tendons that adhere quickly when immobilized, even a few weeks of stillness can leave a finger permanently stiff. The art of hand fracture treatment is choosing the approach that gives stable bony healing with the shortest possible period of immobilization, so motion can start early.

How fractures are diagnosed

Plain X-rays diagnose most hand and wrist fractures. Scaphoid fractures are the notable exception, they can be invisible on initial films and may require CT, MRI, or a repeat X-ray two weeks after injury. CT scans are sometimes ordered for intra-articular fractures when surgical planning needs more detail than X-ray provides.

Dr. Lee's approach

Hand fracture treatment is one of the areas where Dr. Lee's implant-design work is most directly applied. He helped design plating systems for the distal radius, hand, and wrist now used by surgeons across the country.

The treatment approach is conservative when conservative is right, and surgical when surgery is the better path. Many hand fractures do well with proper buddy-taping, splinting, and hand therapy. The ones that need surgery do best when the hardware is small, well-contoured, and allows the finger or wrist to start moving early.

Non-surgical treatment

Stable, well-aligned fractures are typically managed with buddy-taping (taping the injured finger to its neighbor for support), a removable splint, or a short period of cast immobilization. Hand therapy begins early, often within the first week, to keep adjacent joints moving while the fracture heals.

Surgical fixation

Displaced, unstable, or intra-articular fractures are best treated with internal fixation, small plates and screws, or sometimes percutaneous pins. Dr. Lee helped design plating systems used for hand and wrist fractures. The construct is sized to the bone and contoured to sit beneath the surrounding tissue, allowing immediate finger motion in most cases.

Recovery timeline

Typical recovery after fixation of a hand fracture:

  1. Day 0–7
    Protective splint. Begin finger motion in unaffected fingers immediately. Elevation and ice for swelling. Most patients off prescription pain medication within 2–3 days.
  2. Weeks 1–3
    Sutures removed. Transition to removable splint. Begin gentle motion of the operated finger or wrist in hand therapy. Light hand use returns.
  3. Weeks 3–6
    Progressive strengthening. Most office workers return to full duty by 3–4 weeks. Manual workers and athletes around 6–8 weeks depending on the fracture.
  4. Weeks 6–12
    Full strength returns. Sport and impact activity resume. Stiffness, if present, is actively addressed in therapy, never accepted as the new normal.

What patients commonly misunderstand

A few things worth knowing:

  • Small fracture, big consequences. A subtle finger fracture treated as a 'jam' can leave a stiff, painful finger for years. Hand fractures benefit from prompt evaluation by a hand surgeon, especially when they involve a joint.
  • Pins are not as common as they used to be. Percutaneous pins still have a role but have largely been replaced by small, low-profile plates and screws that allow earlier motion and don't require pin removal.
  • Stiffness is treatable, but easier prevented. The single best predictor of finger stiffness is duration of immobilization. Treating a fracture properly often means accepting a slightly more involved procedure to allow earlier motion.

This page is general educational content authored by Dr. Lee. It is not a substitute for individual medical advice. Every patient's case is different, book a consultation to discuss yours.

Patient questions

Hand & wrist fractures, answered.

  • How can I tell if my finger is broken or just jammed?

    A 'jam' usually improves substantially over a week or two. Persistent swelling, visible deformity, inability to make a fist, or pain that doesn't fade after 7–10 days are reasons to get an X-ray. Subtle finger fractures that are mistreated as jams can become stiff, painful fingers, most are easily treated with prompt diagnosis.

  • Do I need surgery, or is bracing enough?

    Most hand fractures do well with non-surgical management. Surgery is reserved for fractures that are displaced (the bone has moved out of position), unstable (will move out of position even when splinted), rotated (will leave the finger crossing under others when fisted), or involve a joint surface. Each fracture is decided on its merits.

  • What hardware does Dr. Lee use?

    Dr. Lee uses modern hand and wrist plating systems, including hardware he helped design. The plates are small, low-profile, contoured to the bone, and allow early motion in most cases.

  • Will the plate need to be removed later?

    Usually not. Modern low-profile plates are well-tolerated and most patients keep them indefinitely. Removal is occasionally considered if the plate becomes prominent or irritates tendons. In children, hardware is sometimes removed once the fracture is fully healed.

  • How soon will my finger move again?

    Earlier than most patients expect. Many hand fracture fixations allow gentle finger motion within a few weeks of surgery, preventing stiffness is one of the central goals. Hand therapy typically begins within the first 1–2 weeks. Most patients regain functional finger motion by 8-12 weeks.

Next step

Hand fracture that's not healing right? It's still treatable.

Whether you have a fresh injury or a fracture that wasn't treated well the first time, Dr. Lee evaluates both. Many post-fracture problems, stiffness, malunion, non-union, are correctable when addressed by a hand surgeon.