Very few activities are truly “never again” after shoulder replacement, but a handful of permanent restrictions do apply. The most consistent rule across orthopedic guidelines is a 25-pound overhead lifting limit for the rest of your life. Beyond that, certain high-impact sports, specific gym movements, and some types of heavy labor move from “restricted during recovery” to “permanently not recommended” depending on your implant type.
The 25-Pound Overhead Rule
The single most universal long-term restriction is overhead lifting. Washington University Orthopedics recommends that patients never routinely lift more than 25 pounds above shoulder height after a total shoulder replacement. Below shoulder height, there are no specific lifting or push/pull restrictions for most patients. That means carrying groceries, opening heavy doors, and doing most household tasks are fine. But hoisting a 40-pound suitcase into an overhead bin or pressing heavy dumbbells above your head is off the table permanently.
This limit exists because of how the plastic liner inside your implant wears over time. Biomechanical studies show that the highest degree of wear comes from multidirectional stress on the plastic component, particularly during combined rotation and overhead movement. Repetitive heavy overhead loading accelerates that wear, and once the liner degrades enough, revision surgery becomes necessary.
Sports That Are Permanently Discouraged
Out of 42 sports and recreational activities evaluated in a study published in the World Journal of Orthopedics, only four were considered not recommended after shoulder replacement: hockey, rock climbing, gymnastics, and football. Contact sports more broadly, including lacrosse and basketball, also carry enough collision risk that most surgeons advise against them long-term.
The concern with these activities is twofold. Direct impact to the shoulder can fracture the bone around the implant (called a periprosthetic fracture), which is a serious complication requiring additional surgery. And the forceful, unpredictable movements in contact sports place stress on the implant in ways it wasn’t designed to handle repeatedly. Sports like golf, swimming, doubles tennis, and cycling, by contrast, are generally encouraged once you’ve fully recovered.
Gym Exercises to Avoid for Good
Several common weight room movements put the shoulder joint in positions that create abnormal stress on the implant and surrounding tissue. These are worth memorizing if you plan to stay active in the gym:
- Behind-the-head shoulder press: forces the shoulder into extreme external rotation under load, stressing the implant.
- Upright rows: compresses the structures at the top of the shoulder during the pulling motion.
- Triceps bench dips: positions the shoulder in internal rotation while bearing your body weight, placing abnormal stress on the surrounding muscles and tendons.
- Lateral raises with palms or thumbs facing down: increases impingement-style stress at the top of each rep.
- Heavy single-arm rows: can generate excessive force through the replaced joint, especially with momentum.
Alternative exercises for the same muscle groups exist for all of these. A physical therapist familiar with shoulder replacements can build a full strength program that avoids these positions while still keeping you strong.
How Restrictions Differ for Reverse Replacements
A reverse total shoulder replacement (rTSA) has a fundamentally different design than a standard (anatomic) replacement. In a conventional implant, the ball sits on the arm bone and the socket stays on the shoulder blade, mimicking normal anatomy. In a reverse replacement, those components are swapped. This design works better for people with damaged rotator cuff muscles, but it comes with its own set of permanent limitations.
The reverse design is more prone to a complication called notching, where the arm component repeatedly contacts the shoulder blade bone in certain positions, gradually wearing a groove into the bone. This is typically managed by permanently avoiding the specific arm positions that cause it. Your surgeon will tell you exactly which combined movements to steer clear of based on how your implant was placed.
Return-to-work data highlights the practical difference between the two implant types. In one systematic review, half of heavy-duty workers with a standard replacement were able to return to their jobs, while no patients with a reverse replacement returned to heavy or strenuous work. For sedentary and light-duty work, the return rates were much more comparable. If your job involves sustained overhead reaching, heavy lifting, or operating vibrating equipment like jackhammers, a reverse replacement likely means a permanent career change or significant role modification.
Sustained Heavy Manual Labor
Shoulder replacements are designed for light to medium physical demands. Sustained heavy manual labor, the kind that involves repetitive overhead reaching, carrying loads above 25 pounds, or using heavy tools for hours at a time, is not compatible with either implant type long-term. This doesn’t mean you can’t do physically active work. It means the specific combination of repetitive force, overhead positioning, and extended duration that defines heavy labor will shorten the life of your implant significantly.
Formal guidelines for work restrictions after shoulder replacement are largely based on individual surgeon judgment rather than standardized protocols. That said, the data is fairly clear: patients in sedentary and light-duty roles return to work at rates above 90% after a standard replacement. Those numbers drop as physical demands increase, and they drop further with a reverse replacement.
MRI Scans After Replacement
You can still get MRI scans after shoulder replacement, but with a caveat. Modern shoulder implants are MRI-compatible, meaning the scan is safe. However, the metal components distort the MRI image, creating artifacts that make it harder to read. This effect gets worse with stronger magnets. Imaging at 3.0 Tesla (the higher-powered MRI machines) should be avoided for the replaced shoulder because the image distortion becomes too severe to be useful. Standard 1.5 Tesla machines produce better results, and specialized imaging techniques can reduce artifact further. If you need an MRI of a different body part, the shoulder implant won’t interfere.
What Most People Can Still Do
The list of things you can do after shoulder replacement is far longer than what you can’t. Most patients return to driving within six weeks, resume swimming and golf within a few months, and handle all normal daily activities including cooking, cleaning, yard work, and dressing without assistance. Pushing, pulling, and lifting below shoulder height have no specific restrictions for most patients with a standard replacement.
The permanent limitations boil down to a short list: no routine overhead lifting beyond 25 pounds, no high-impact or collision sports, no specific gym movements that force the joint into extreme positions under load, and no sustained heavy manual labor. Within those boundaries, most people find that shoulder replacement gives them back far more activity than the arthritis or injury took away.