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HAND & FINGER FRACTURE REPAIR

Hand Fractures

Broken bones in the hand demand accurate diagnosis and the right treatment — whether that is a cast, a splint or surgical fixation. Correct alignment and stable fixation give the best chance of full functional recovery.

ABOUT HAND FRACTURES

Putting Broken Bones Back Where They Belong

Hand fractures — breaks in any of the 27 bones of the hand and fingers — are among the most common bone injuries. They are typically caused by direct trauma, a fall onto an outstretched hand, a crush injury or overuse. Pain, swelling, bruising and difficulty using the hand are the hallmark signs.

Not every hand fracture requires surgery. Many can be managed with immobilisation in a cast or splint, followed by physiotherapy. Surgery is indicated when the fracture is displaced, unstable, involves a joint surface, or cannot be reliably held in position by external support alone. In these cases, hardware — screws, plates, pins or wires — is used to restore correct alignment and hold the bone securely while it heals.

The specific surgical technique is determined by the bone involved, the fracture pattern and the individual patient’s needs. Following surgery, the hand is placed in a splint for six to eight weeks to protect the repair and support healing. A structured physiotherapy programme then restores strength, range of motion and normal function.

KNOWING WHAT YOU'VE BROKEN

The Most Common Hand Fracture Types

Which bone is broken, and how, determines the treatment approach. Here are the three most commonly encountered fracture types.

METACARPAL FRACTURES

The Knuckle Bones

Fractures of the five metacarpals — the long bones connecting the wrist to the fingers — are the most common hand fractures. The ‘Boxer’s fracture’ of the fifth metacarpal neck is a well-known example. Many are managed with splinting, but displaced or angulated breaks require surgical fixation.

PHALANGEAL FRACTURES

The Finger Bones

Each finger has three phalanges (two in the thumb). Fractures here vary from simple undisplaced breaks to complex intra-articular injuries involving the finger joints. Fractures near or through a joint are more likely to require fixation to prevent lasting stiffness or deformity.

THUMB FRACTURES

Bennett's & Rolando Fractures

Fractures at the base of the thumb — particularly Bennett’s and Rolando fractures — involve the critical carpometacarpal joint. Because of the thumb’s dominant role in grip and pinch, precise restoration of joint alignment is essential and surgery is frequently indicated.

PROCEDURE OVERVIEW

What Hand Fracture Surgery Involves

A clear summary of what to expect from assessment to recovery.

1 Hour

Surgery Time

Local/General

Anaesthesia

Day Case

Hospital Stay

No

Drains

Splint 6–8 Wks

Supporting Garment

The exact surgical approach — augmentation, reduction, lift or combination — is determined at consultation based on your individual anatomy and goals.

RECOVERY TIMELINE

How Recovery Progresses After Surgery

Week 1

Splint & Wound Review

The hand is held in a protective splint immediately after surgery. A follow-up appointment at one week checks wound healing and confirms the fixation position on X-ray.

Weeks 2–4

Monitored Healing

The splint continues. Progress X-rays confirm bone healing is on track. Gentle finger movements may begin under physiotherapy guidance to prevent stiffness in the adjacent joints.

Weeks 4–6

Splint Off & Physio Intensifies

Splint is discontinued once bone healing is confirmed. Physiotherapy intensifies with progressive exercises to restore range of motion, grip strength and functional movement. Return to light work is typically possible at four to six weeks.

Months 2–3

Strengthening & Full Return

Strengthening exercises continue and grip progressively returns to normal. Most patients achieve full or near-full hand function. Return to heavier physical work and sport follows as strength is consolidated.

EXPECTED OUTCOMES

What Good Fracture Management Delivers

When the fracture is accurately reduced and securely fixed, the conditions for full functional recovery are in place from the moment surgery is complete.

  • Bone healed in the correct anatomical position
  • Preserved joint congruity and finger alignment
  • Return to light work within four to six weeks
  • Full or near-full grip strength restored with physiotherapy
  • Normal range of motion in the fingers and hand
  • Stable, durable repair using hardware suited to the specific fracture

WHY SURGICAL FIXATION

When a Cast Is Not Enough

Accurate Fracture Reduction

Surgery allows the bone to be precisely realigned under direct vision, restoring the anatomy that a cast alone cannot guarantee in displaced or unstable fractures.

Rigid Internal Fixation

Screws, plates, pins and wires hold the fracture securely while it heals, allowing earlier mobilisation and reducing the risk of the bone shifting into a malunited position.

Earlier Physiotherapy

Stable internal fixation allows physiotherapy to begin earlier than with cast management alone, reducing stiffness and improving the final range of motion — particularly important for fractures near joints.

Tailored to Your Fracture

The choice of hardware and surgical approach is guided by the specific bone, fracture pattern and your functional requirements — whether that is returning to manual labour, a precision trade, or high-level sport.

CAST OR SURGERY?

The Fracture Patterns That Need More Than a Splint

Most hand fractures can be managed successfully without surgery. But certain fracture characteristics mean that a cast or splint alone cannot reliably keep the bone aligned during healing — and a malunited hand fracture can permanently affect grip, strength and appearance. The following fracture patterns are the most common reasons surgical fixation is recommended.

  • Displaced fractures where the bone ends are no longer aligned
  • Unstable fractures that cannot be held in position by external immobilisation
  • Intra-articular fractures involving the joint surface (risk of arthritis if malunited)
  • Open fractures with a wound over or near the break site
  • Multiple fractures of the hand or finger bones
  • Malunion from a previously untreated or under-treated fracture
PATIENT STORIES

What Our Patients Say


I fractured my metacarpal playing football. Professor Hindocha fixed it with a plate and I was back training at ten weeks. The hand feels completely normal.

— O.T.


A crush injury at work left me with a broken finger that needed pinning. I was back at a desk within five weeks. The physio programme made a huge difference to getting full movement back.

— E.C.


I was seen quickly after my accident and the surgery was straightforward. Professor Hindocha explained exactly what he had done and what to expect. Excellent care throughout.

— H.M.

DO YOU NEED SURGERY?

Signs Your Fracture May Need Surgical Fixation

Many hand fractures heal well in a cast or splint. Surgical fixation is recommended when the fracture cannot be reliably managed non-operatively. Indicators include:

  • Displaced fracture where the bone ends are no longer aligned
  • Unstable fracture pattern that cannot be held with a cast
  • Fracture involving a joint surface (intra-articular fracture)
  • Multiple fractures of the hand or fingers
  • Open fracture with a wound over the fracture site
  • Malunion from a previous fracture that has healed in poor alignment

THE WORK STARTS AFTER SURGERY

Physiotherapy & the Road to Full Function

Surgical fixation restores the bone’s anatomy — but the soft tissue around it — tendons, ligaments, joint capsule, skin — has also been through a significant insult. Without a deliberate rehabilitation programme, stiffness, weakness and swelling will persist long after the bone itself has healed.

Physiotherapy begins during the splinting phase for unaffected joints and intensifies once the splint is removed. A specialist hand physiotherapist guides you through exercises designed to recover movement, grip, and the fine motor control needed for work and daily life.

  • Gentle range-of-motion exercises for unaffected joints begin in week one
  • Oedema management to reduce swelling and improve joint mobility
  • Progressive flexion and extension exercises once the splint is removed
  • Grip and pinch strengthening exercises as bone union consolidates
  • Scar management to improve tissue mobility and cosmetic appearance
  • Work and sport-specific functional exercises in the final phase of recovery

RELATED HAND INJURIES

Other Hand Trauma We Treat

Specialist hand and upper limb trauma managed at the same clinic.

HAND SURGERY

Flexor & Extensor Tendon Injuries

Tendon cuts or ruptures caused by lacerations or forceful trauma, requiring urgent repair.

HAND SURGERY

Jersey Finger

Avulsion of the deep flexor tendon from the fingertip, common in contact sport and physical work.

HAND SURGERY

Mallet Finger

Rupture of the extensor tendon at the fingertip causing the finger to droop and lose the ability to straighten.

GET THE RIGHT TREATMENT QUICKLY

Book Your Hand Fracture Assessment

Accurate diagnosis. The right fix for your fracture.

If you have sustained a hand injury and suspect a fracture, an early specialist assessment will confirm the diagnosis, determine whether surgery is needed, and ensure the bone heals in the correct position. Malunited fractures managed incorrectly can result in permanent stiffness or deformity that is far harder to correct later.

FREQUENTLY ASKED QUESTIONS

Answers About Hand Fractures & Surgery

The questions patients ask us most about hand fracture treatment.

Surgery is required when the fracture is displaced (bone ends no longer aligned), unstable, involves a joint surface, or cannot be reliably held in correct position with a cast. Multiple fractures, open fractures with a wound over the break, and fractures in patients with high functional demands — such as manual workers or athletes — are also commonly managed surgically.
The choice of hardware depends on the specific bone and fracture pattern. Common options include: screws (for spiral or oblique fractures), plates and screws (for more complex or comminuted breaks), K-wires or Kirschner wires (percutaneous pins used for certain fracture types), and occasionally intramedullary devices. The least invasive technique that achieves stable fixation is always preferred.
Following surgery, a protective splint is worn for six to eight weeks while the bone heals. Progress is monitored with X-rays. The splint is only removed once bone union is confirmed — removing it too early risks displacement of the repair. Physiotherapy begins during the splinting phase for adjacent joints and intensifies once the splint is discontinued.
Hand fracture surgery can be performed under local or general anaesthesia depending on the complexity of the fracture, the number of bones involved, and patient preference. Straightforward single-bone fixation is often manageable under local anaesthetic; more complex repairs typically require a general anaesthetic. Your options will be discussed at your pre-operative consultation.
Return to light or desk-based work is typically possible at four to six weeks, once the splint has been removed and physiotherapy has begun. Return to moderate physical work also falls at this range for most patients. Heavier manual work, trades and sport require additional time — usually two to three months — once strength and grip have been adequately restored.
Most patients achieve full or near-full hand function following well-executed surgical fixation and a structured physiotherapy programme. Outcomes are best when the fracture is treated promptly and correctly aligned at surgery. Malunion — where the bone heals in a poor position — is the primary risk of inadequate early management, and may result in permanent stiffness or altered grip.