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Shoulder replacement surgery removes the damaged joint surfaces and replaces them with prosthetic components designed to restore movement and relieve pain. London Cartilage Clinic offers both anatomical and reverse shoulder replacement, selected based on the condition of your rotator cuff, the pattern of arthritis, and your functional goals. As with all our joint replacement procedures, shoulder replacement is offered only after biological and joint-preserving alternatives have been fully explored.
Reviewed byProf Paul Lee MBBch, FRCS (Tr & Orth), PhDLast reviewed 1 May 2026
The type of shoulder replacement depends on the condition of the rotator cuff and the pattern of joint damage. Getting this decision right is critical for a good outcome.
Choosing between anatomical and reverse replacement requires specialist assessment of rotator cuff integrity, bone stock, and your activity demands. Our shoulder surgeons make this assessment using advanced imaging and clinical examination.
Shoulder replacement recovery is gradual and structured. Early passive motion protects the repair while allowing the soft tissues to heal around the new joint.
The majority of patients report substantial pain relief and improved ability to use their arm for daily activities. The rehabilitation pathway is tailored to your replacement type and personal goals.
You may have more options than you think
At London Cartilage Clinic we follow a structured clinical framework across four areas of treatment. Before recommending a single procedure, we assess which combination of approaches gives you the best outcome.
Protect what you have. Slow degeneration and manage symptoms.
Fix specific damage. Torn tissue, unstable joints, structural problems.
Rebuild lost tissue. Biological treatments that stimulate new growth.
When other options are exhausted. Joint replacement as a last resort.
Explore the full range of treatments available for your joint. Each hub page shows every option we offer, organised by clinical approach.
Anatomical replacement mirrors the natural shoulder anatomy and relies on a functioning rotator cuff. Reverse replacement switches the ball and socket positions, allowing the deltoid muscle to power the arm instead. Reverse replacement is used when the rotator cuff is irreparably torn or severely deficient.
Modern shoulder replacements are expected to last 15 to 20 years. Implant longevity depends on activity level, implant type, and surgical precision. Advances in implant design continue to extend the expected lifespan.
Recovery involves wearing a sling for four to six weeks. Gentle passive movement begins early under physiotherapy guidance. Active movement and progressive strengthening follow, with most patients achieving meaningful functional improvement by three to six months. Full recovery may take up to a year.
Many patients return to recreational activities including swimming, golf, and gentle racquet sports. Overhead throwing and contact sports are generally not recommended as they place excessive stress on the implant. Your surgeon will discuss realistic activity goals based on your replacement type.
Shoulder replacement is considered when severe arthritis or irreparable rotator cuff damage causes persistent pain and functional limitation that has not responded to non-surgical treatment. At London Cartilage Clinic, we ensure every joint-preserving option is explored first.
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Clinical updates, cartilage treatment guidance, and recovery-focused articles from our specialist team.
Most new knee, shoulder and back pain is managed first with structured rehabilitation, not surgery or immediate scanning. Recurrent giving way, marked weakness, or red flags such as unrelenting night pain, fever, weight loss, trauma or neurological symptoms prompt earlier specialist review.
ChondroFiller is a cell-free type I collagen scaffold placed into focal cartilage defects to support repair, and small knee studies report improved pain and function with no major implant-related complications at 12 months. Its main attraction is a lighter surgical footprint than microfracture, OATS or osteochondral allograft, but long-term evidence remains limited.
Worn knee cartilage does not reliably grow back to normal hyaline cartilage, while ACL and meniscus injuries can raise the risk of post-traumatic osteoarthritis. Repeated swelling, giving-way, catching or true locking point to ongoing joint stress and a need for specialist assessment.
