Intermediate Wrist and Hand Tendon Repair Rehabilitation

Published: July 26, 2026Updated: October 6, 2026

A 21-week intermediate program using therapy putty and hand exercisers to rehabilitate after wrist and hand tendon repair, focusing on carpal tunnel, tendons, and distal radius/ulna recovery.

Quick summary

Professional rehabilitation program designed for effective recovery and pain management.

Medically reviewed by WellAlly Editorial TeamLast reviewed October 6, 2026Editorial policy

Key facts at a glance

Body part: upper-limb · wrist-hand
Injury type: tendon-repair
Level: intermediate
Duration: 21
Sessions/week: 2
Minutes/session: 30
Evidence level: moderate
ICD-10: S62
Cost tier: moderate

Program Overview This is a 21-week, twice-weekly rehabilitation plan for people recovering from wrist and hand tendon repair. Sessions run about 30 minutes and use simple equipment: a tennis ball, therapy putty, a hand exerciser, a stationary bike, and a back brace for support. The program follows a phased progression from protection to controlled mobility, with therapeutic ultrasound, electrical stimulation, TENS, cryotherapy, and splinting used alongside exercise. It is an intermediate-level plan and assumes you are working with a supervising clinician who guides your splinting and modality use.

Who This Program Is For and Its Goal This guide is for adults in the intermediate stage of recovery after surgical repair of wrist and hand tendons, including those with carpal tunnel and distal radius or ulna involvement. The goal is to protect the healing repair early on, then gradually restore safe wrist and hand motion, tendon gliding, grip and pinch strength, and everyday dexterity. Progress is measured with grip and pinch strength, wrist range of motion, dexterity testing, and the MHQ and DASH questionnaires. It is not a substitute for individualized medical care.

Before You Start Before beginning, confirm with your surgeon or therapist that your repair is stable, your splint plan is current, and you have been cleared for active and passive motion within the limits described. Your clinician should guide ultrasound, electrical stimulation, TENS, and splint settings. Get familiar with your equipment and set up a clear, safe space. Keep pain and symptom notes so you can share them at visits. Never push into sharp pain or force motion beyond the ranges your clinician has approved.

Safety Notes and When to Stop This program assumes a stable tendon repair. If your repair is not yet stable or you have severe pain, do not proceed without clinician approval. Avoid overloading the healing tendons, always warm up first, and stop any exercise that increases pain. Stop and call your clinician promptly if you notice sudden pain, loss of active movement, new numbness or tingling, spreading redness, warmth, swelling, or any sign of infection at the incision. These could signal a problem that needs urgent review.

Weekly Structure The plan runs 21 weeks with two sessions per week of about 30 minutes each, plus short home exercises as directed. The early protection phase emphasizes splinting, gentle finger motion, and swelling and pain control. The controlled mobility phase adds graded wrist motion, tendon gliding, and light strengthening with putty and the hand exerciser. Later weeks build grip, pinch, and dexterity using the tennis ball, hand exerciser, and functional tasks, while the stationary bike supports general circulation and warm-up.

How the 21-Week Plan Is Organized Think of the plan in broad phases rather than fixed calendar jumps. The first weeks focus on protection: splint wear, gentle finger movement, and keeping pain and swelling low. The middle weeks move into controlled mobility, adding careful wrist motion, tendon gliding, and nerve glides within limits. The later weeks build strength and dexterity with putty, the hand exerciser, and everyday tasks. Your clinician decides when you move forward based on how you meet the progression criteria, not just the week number.

What a Typical Session Looks Like Each session follows a warm-up, main work, and cool-down pattern. A few minutes on the stationary bike or gentle arm movement raises blood flow. The main work combines the prescribed exercises for your current phase, such as finger and wrist motion, tendon gliding, putty or hand-exerciser strengthening, and dexterity tasks with the tennis ball or pegboard. Cool-down includes gentle stretching, cryotherapy as directed, and checking your symptoms before you finish.

Warm-Up, Main Work, and Cool-Down Details Warm up for a few minutes with easy stationary biking or light arm circles, keeping the wrist supported and within approved limits. Main work uses therapy putty for gentle squeezing and finger isolation, the hand exerciser for graded grip, the tennis ball for light grip and dexterity drills, and the back brace for postural support during seated tasks. Cool down with slow, pain-free motion and cryotherapy to manage swelling. Modalities such as ultrasound, electrical stimulation, and TENS are applied by your clinician per their protocol.

Tracking Progress Keep a simple log of each session: what you did, pain before and after, any swelling, and how movements felt. Record your home exercise consistency and any symptoms that concerned you. Bring this log to appointments so your clinician can compare it with measured outcomes like grip and pinch strength, wrist range of motion, the Nine-Hole Peg Test, and your MHQ and DASH scores. This combined picture helps guide safe progression and shows your recovery over time.

How Progression Criteria Are Used Your clinician uses the phase criteria as checkpoints, not strict rules. You move forward when you meet the stated goals, such as controlled pain, healing incisions, minimal swelling, safe motion ranges, and intact sensation, and when there are no signs of tendon rupture. Outcome measures like grip and pinch strength, goniometry, dexterity testing, and the MHQ and DASH add objective information. If a criterion is not met, you stay in the current phase longer rather than rushing ahead.

Recovery and Self-Care Recovery depends on balancing activity with rest. Wear your splint as directed, keep the incision clean and dry, and elevate the hand when swelling increases. Use cryotherapy after sessions as advised, and follow your clinician's guidance on TENS and other modalities. Stay generally active with walking or easy stationary biking if approved. Eat and sleep well, and pace your daily tasks so you do not overload the healing tendons. Consistency matters more than intensity.

Pain Management Cautions and Red Flags Use pain as your guide: mild discomfort is acceptable, but rising pain means stop and reassess. Do not use TENS or other pain relief to mask warning symptoms. Rest the hand when it is swollen or sore, and avoid heavy gripping, lifting, or pushing through pain. Seek urgent advice for sudden severe pain, a snap or pop, loss of movement, new weakness, spreading redness or warmth, fever, or wound drainage, as these may indicate a serious complication.

Recovery phases

Week 1Protection Phase

Wrist splint in neutral position maintaining carpal tunnel decompression,Digital splinting with metacarpophalangeal joints free for flexor tendon glide,Incision site healing without signs of infection,Minimal edema in dorsal wrist compartments and carpal tunnel,Pain controlled at rest and with static positioning (<3/10),AAROM limited to isolated finger flexion/extension avoiding wrist motion

→ Advance to: Controlled Mobility Phase

Week 2Protection Phase

Continued splint wear between therapy sessions,Active finger flexion with wrist in neutral maintaining flexor tendon glide,Passive wrist flexion to 20 degrees with median nerve protection,Grip strength >10% of contralateral side (contraindicated in tendon repair - removed),Sensory status intact along median and ulnar nerve distributions,No tendon rupture signs (sudden pain, loss of active motion)

→ Advance to: Controlled Mobility Phase

Week 3Controlled Mobility Phase

Passive wrist flexion to 30 degrees, extension to 10 degrees,Active wrist flexor and extensor recruitment with submaximal effort,Carotid tunnel mobilization for median nerve glides,Tendon gliding exercises for flexor digitorum superficialis and profundus,Wrist extensor strength >3/5 (MRC grade),Minimal pain with active assistive motion (<4/10)

→ Advance to: Early Strengthening Phase

Week 4Controlled Mobility Phase

Active wrist range of motion: flexion 40 degrees, extension 20 degrees,Radial deviation 15 degrees, ulnar deviation 20 degrees,Flexor tendon glide within limits preventing adhesion formation,Median nerve sliding exercises in neutral and slightly flexed wrist,Grip strength measurable at 15-20% contralateral,No tenderness over flexor carpi radialis or palmaris longus tendons

→ Advance to: Early Strengthening Phase

Week 5Early Strengthening Phase

Wrist AROM: flexion 50 degrees, extension 30 degrees,Resisted wrist flexion with 1-2 lb starting resistance,Resisted wrist extension with 1-2 lb starting resistance,Flexor carpi radialis and flexor carpi ulnaris strengthening initiated,Extensor carpi radialis and extensor carpi ulnaris strengthening initiated,Grip strength 25-30% contralateral

→ Advance to: Strengthening Phase

Week 6Early Strengthening Phase

Wrist ROM approaching functional: flexion 55 degrees, extension 35 degrees,Radial/ulnar deviation within 80% functional,Wrist flexor strength >3+/5, extensor strength >3+/5,Digit flexion strength against resistance progressing,Dexterity assessments showing improvement in fine motor tasks,Pain <2/10 with functional activities

→ Advance to: Strengthening Phase

Week 7Strengthening Phase

Full wrist AROM achieved (flexion 60-70, extension 35-45),Grip strength 40-50% contralateral with progressive resistance,Wrist flexor/extensor resistance increased to 3-5 lbs,Dexterity training with putty and functional tasks,Lunate and scaphoid stability maintained during loaded activities,No reproduction of carpal tunnel symptoms with loading

→ Advance to: Strengthening Phase

Week 8Strengthening Phase

Grip strength 50-60% contralateral,Wrist strength >4/5 all directions,Progressive resistance training for finger flexors/extensors,Endurance training for wrist musculature,Scapholunate ligament stability maintained during strengthening,Tolerance to functional activity progression

→ Advance to: Advanced Strengthening Phase

Week 9Advanced Strengthening Phase

Grip strength 60-70% contralateral,Pinch strength assessment initiated,Wrist proprioception training with perturbation activities,Functional grip training with varied object sizes and weights,Tolerance to repetitive wrist motions without symptom exacerbation,Carpal stability maintained during high-demand activities

→ Advance to: Advanced Strengthening Phase

Week 10Advanced Strengthening Phase

Grip strength 70-80% contralateral,Work simulation activities progressing in duration and demand,Lift training with progressive weights (5-10 lbs),Wrist kinetic chain exercises incorporating forearm rotation,No median nerve provocation with sustained grip or vibration,Distal radioulnar joint mobility full and pain-free

→ Advance to: Return to Activity Phase

Week 11Advanced Strengthening Phase

Grip strength >80% contralateral,Pinch strength >80% contralateral,Endurance testing showing >80% of contralateral,Fine motor coordination returning to pre-injury levels,No night symptoms in median nerve distribution,Tolerance to power tool use simulation

→ Advance to: Return to Activity Phase

Week 12Return to Activity Phase

Grip strength 85-90% contralateral,Full functional ROM including supination/pronation,Work-specific task progression without compensation,Sports-specific activities at low intensity,Light tool use and keyboard work tolerated,Patient education on activity modification and splint use as needed

→ Advance to: Return to Activity Phase

Week 13Return to Activity Phase

Grip strength >90% contralateral,Pinch strength >90% contralateral,Return to full-duty work activities approved if criteria met,Sport-specific training at moderate intensity,No restriction in activities of daily living,Patient demonstrates proper body mechanics and joint protection

→ Advance to: Return to Activity Phase

Week 14Return to Activity Phase

Full return to recreational activities,Heavy lifting capacity approaching pre-injury (80-90%),Wrist endurance equal to contralateral side,No activity limitations based on functional testing,Proprioception training complete with challenging perturbations,Final outcome measures documented