Losing a significant amount of weight with Ozempic, Mounjaro, Zepbound, or another GLP-1 medication is a major accomplishment. For many patients in Plano, Frisco, Allen, and McKinney, the next challenge is loose, stretched skin that does not tighten on its own. At Scott Harris, MD, we offer post-GLP-1 body contouring to help your results look more complete and proportionate.
Rapid weight loss can leave excess skin on the abdomen, upper arms, thighs, breasts, lower back, and buttocks. Even after you reach your goal weight, medications like Ozempic cannot tighten skin that has lost elasticity. As a result, concerns about loose skin after significant GLP-1 weight loss have become increasingly common for patients throughout the Dallas-Fort Worth area.
If you are considering Ozempic skin removal in Plano, TX, the best treatment plan depends on the degree of skin laxity, the areas affected, and whether your weight has remained stable.
Dr. Harris customizes every post-weight loss contouring plan based on your anatomy, the degree of skin laxity, and your long-term goals. Patients in Plano, Frisco, Allen, McKinney, and across Dallas-Fort Worth often come to us after major GLP-1 weight loss looking for real solutions for loose skin that medication alone cannot correct.
Depending on your needs, your surgical plan may include:
Ozempic skin removal in Plano, TX for patients dealing with excess skin on the abdomen, flanks, thighs, arms, or lower body after significant weight loss
Post weight loss tummy tuck near Dallas to remove hanging abdominal skin, improve contour, and address stretched or weakened abdominal muscles
Surgical treatment for loose skin after Ozempic weight loss when skin elasticity has not returned and you are left with sagging, folds, or an uneven body shape
Body lift after Mounjaro in Dallas for more extensive contouring of the waist, hips, buttocks, and thighs when multiple areas have been affected
Arm lift after weight loss in Plano to reduce hanging upper arm skin and create a smoother, more proportionate silhouette
A personalized plan with a GLP-1 makeover surgeon in DFW when a combination of procedures is needed to restore balance, shape, and definition after major weight loss
For patients in Plano, Frisco, Allen, and McKinney, our approach goes beyond simply removing excess skin. We focus on creating a surgical plan that improves contour, supports natural-looking results, and reflects the level of precision and safety that post-weight loss body contouring requires.
Post-weight loss surgery is not a one-size-fits-all process. These procedures often require detailed planning, sound surgical judgment, and a strong understanding of how major weight loss affects the body. Dr. Harris brings extensive experience in body contouring and approaches every case with attention to both aesthetics and safety. Our goal is to help you move forward with a plan that fits your body, your health, and the areas that bother you most.
Patients who have lost weight with GLP-1 medications need a thorough pre-operative evaluation before surgery. We take that seriously. Your surgical planning may include medical clearance, lab work, health screening, review of your medication history, and confirmation that your weight has been stable. This process helps Dr. Harris evaluate healing capacity, nutritional status, and overall readiness for surgery. This level of preparation is especially important for post-GLP-1 body contouring, where careful planning supports safer surgery and better recovery.
During your consultation in Plano, we evaluate the areas of loose skin, discuss your concerns, review your health history, and explain your options clearly. Some patients need one focused procedure, while others benefit from a staged surgical plan. We will help you understand what is realistic, what is safe, and which approach best fits your goals.
Schedule a consultation with Scott Harris, MD in Plano, TX to discuss a personalized post-GLP-1/Ozempic body contouring plan designed to address loose skin and help refine your results after major weight loss.