Physical Therapy After Shoulder Surgery

Physical therapy after shoulder surgery is not one-size-fits-all. The correct rehabilitation plan depends on the procedure performed, tissue quality, repair strength, bone healing, implant stability, and the patient’s goals.

Dr. Streit uses a procedure-specific rehabilitation strategy designed to protect healing tissue, reduce stiffness, restore motion, rebuild strength, and return patients to long-term shoulder function as efficiently and safely as possible.

The central principle: protect healing, but avoid unnecessary stiffness

Every shoulder operation creates a different healing problem. A rotator cuff repair needs tendon-to-bone healing. A biceps tenodesis needs tendon fixation healing. A shoulder replacement needs implant stability and soft-tissue healing. A proximal humerus fracture repair needs bone healing. A Bankart repair or Latarjet procedure needs restoration of shoulder stability.

Because of this, therapy must be matched to the operation. Starting too aggressively can overload healing tissue. Immobilizing too long can create stiffness, weakness, and delayed function.

The best physical therapy program provides enough protection to heal, enough motion to prevent avoidable stiffness, and enough strengthening to restore confidence and function.

Common early shoulder therapy exercises

These diagrams show common early rehabilitation concepts. Actual restrictions vary by procedure and should always follow the specific surgical plan.

Arthroscopic rotator cuff repair

After rotator cuff repair, the tendon must heal back to bone. The repair is initially held by sutures and anchors, but long-term success depends on biologic tendon healing.

• Phase 1: sling protection, hand/wrist/elbow motion, pendulums, and gentle passive motion when allowed
• Phase 2: gradual passive and assisted range of motion
• Phase 3: active shoulder motion when the repair is ready
• Phase 4: progressive rotator cuff and scapular strengthening
• Phase 5: return to lifting, work, golf, tennis, or sport-specific activity

Small and medium tears may progress faster. Large, massive, revision, or poor-tissue-quality repairs usually require more protection.

The goal after rotator cuff repair is durable tendon healing while avoiding unnecessary stiffness.

Open biceps tenodesis

After biceps tenodesis, the long head of the biceps tendon is fixed to bone. Therapy protects that fixation while restoring shoulder comfort and motion.

• Early phase: protect the fixation and avoid resisted elbow flexion or resisted supination
• Motion phase: restore shoulder motion while maintaining elbow, wrist, and hand mobility
• Strength phase: begin gradual strengthening once tendon fixation has had time to heal
• Return phase: progressive return to lifting, pulling, sports, and work activity

Biceps loading is delayed because early resisted curling, pulling, or twisting can stress the healing tenodesis.

The key after biceps tenodesis is maintaining shoulder motion while avoiding premature biceps loading.

Total shoulder replacement

After total shoulder replacement, rehabilitation restores motion and function while protecting soft-tissue healing. The subscapularis tendon at the front of the shoulder is particularly important when it has been released and repaired during surgery.

• Early phase: pain control, protected motion, sling use as instructed, and avoidance of excessive external rotation
• Motion phase: gradual passive and assisted range of motion
• Active phase: active shoulder use after soft tissues have healed sufficiently
• Strength phase: progressive deltoid, rotator cuff, and scapular strengthening

Rehabilitation must protect the front of the shoulder early while still restoring smooth, functional motion.

The goal after total shoulder replacement is comfortable motion, balanced mechanics, and durable implant function.

Reverse total shoulder replacement

Reverse shoulder replacement depends heavily on the deltoid muscle. Therapy focuses on comfort, safe mobility, deltoid function, and restoration of useful arm elevation.

Dr. Streit uses a modern accelerated recovery philosophy in appropriate patients, often encouraging immediate mobility after reverse shoulder replacement, with sling use optional in selected routine cases and normal lifting often allowed around six weeks when appropriate.

• Early phase: gentle motion, comfort, hand/wrist/elbow use, and safe daily activity
• Motion phase: restoration of forward elevation and functional reaching
• Strength phase: deltoid and periscapular strengthening
• Function phase: gradual return to normal activities and lifting as permitted

More protective restrictions may be needed after fracture, revision surgery, tendon repair, poor bone quality, or complex reconstruction.

The goal after reverse shoulder replacement is efficient restoration of function while minimizing stiffness and unnecessary immobilization.

ORIF of proximal humerus fracture

After open reduction internal fixation of a proximal humerus fracture, therapy must protect bone healing while gradually restoring motion. Fracture pattern, fixation stability, bone quality, and tuberosity involvement strongly affect the protocol.

• Early phase: sling protection, hand/wrist/elbow motion, pendulums, and gentle passive motion when allowed
• Healing phase: gradual range of motion as X-rays confirm fracture healing
• Strength phase: strengthening delayed until healing is sufficient
• Function phase: gradual return to lifting and activity

Stiffness is common after shoulder fractures, so therapy must balance fracture protection with motion restoration.

The goal after fracture fixation is bone healing in good alignment with the best possible shoulder motion and function.

Arthroscopic Bankart repair

After Bankart repair, the labrum and capsule need time to heal back to the glenoid socket. Therapy protects the stabilization repair while gradually restoring motion, strength, and shoulder control.

• Early phase: sling protection and avoidance of high-risk instability positions
• Motion phase: gradual range of motion without overstressing the anterior capsule
• Strength phase: rotator cuff and scapular strengthening
• Return phase: sport-specific stability and neuromuscular control

External rotation and abduction are often limited early because these positions can stress the repaired anterior labrum and capsule.

The goal after Bankart repair is durable shoulder stability with restored strength, motion, and confidence.

Open Latarjet procedure

After Latarjet surgery, rehabilitation protects both the transferred bone block and the soft-tissue stabilization. The coracoid transfer needs time to heal to the glenoid.

• Early phase: sling protection, pain control, and protected range of motion
• Bone healing phase: avoid heavy loading while the coracoid transfer heals
• Strength phase: gradual rotator cuff, deltoid, and scapular strengthening
• Return phase: progressive return to contact, collision, or overhead sports only after adequate healing and strength

Because Latarjet is often used for higher-risk instability, return-to-sport progression must be careful and objective.

The goal after Latarjet is stable healing of the bone transfer with restoration of strength and protection against recurrent instability.

When therapy should be adjusted

Therapy should be adjusted if recovery does not follow the expected pattern. The plan may need to slow down, change exercises, or prompt additional evaluation.

• Increasing pain instead of gradual improvement
• Loss of previously gained motion
• Sudden weakness
• Fever, redness, drainage, or wound changes
• Concern for instability or shifting
• Excessive stiffness despite therapy

Therapy should support the surgical plan, not override it. Communication between surgeon, therapist, and patient is essential.

What this means for patients

Physical therapy is not simply a list of exercises. It is a structured recovery strategy designed around the exact surgery performed.

The same exercise may be helpful after one operation and unsafe after another. That is why procedure-specific guidance matters.

The best recovery plan protects what needs to heal, restores motion at the right time, builds strength progressively, and returns patients to meaningful function with confidence.