Yes, PDO threads can be physically removed after insertion, but the process depends on when you want them out and why. In most cases, threads are removed by pulling them in the opposite direction they were placed. The procedure is more straightforward in the first few weeks before tissue grows around the threads, and more complex once collagen has formed along the thread path. If you’re unhappy with your results or experiencing a complication, you have several options ranging from simple extraction to waiting for the threads to dissolve on their own.
How Removal Actually Works
When a provider removes PDO threads, they typically pull them out in the direction opposite to how they were inserted. For smooth monofilament threads, this is relatively simple: the provider grasps the end of the thread and draws it out. Barbed threads are trickier because the tiny barbs that grip tissue and create the lifting effect also resist being pulled backward. In clinical case reports, providers have successfully removed barbed threads by reversing the direction of placement, though this requires more care to avoid tearing surrounding tissue.
Timing matters significantly. Within the first two to three weeks, threads are still loosely sitting in tissue and haven’t yet triggered much collagen growth around them. By one to two months, threads have fully integrated with surrounding tissue as your body builds new collagen fibers along the thread path. This integration is the whole point of a thread lift, but it also means later removal involves working through a layer of new connective tissue that has formed around the thread.
When Threads Need to Come Out
Most people searching this question either regret the cosmetic result or are dealing with a complication. The most common reasons threads are removed include:
- Thread extrusion: The thread pokes through the skin surface, sometimes visible as a small white or clear filament. This requires removal because the exposed thread creates an infection risk.
- Skin dimpling: Barbs anchoring too tightly into the skin’s deeper layers can pull the surface inward, creating visible indentations. Sometimes massage or a minor release procedure fixes this, but stubborn cases may need the thread cut or removed.
- Painful lumps: A thread that buckles or curls under the skin can form a tender knot. This can sometimes be treated by releasing the thread from the skin with a small needle, or by making a tiny incision to remove the thread entirely.
- Migration or asymmetry: If a thread shifts from its original position, removal is often necessary to correct the result.
For dimpling that doesn’t resolve on its own, providers sometimes use a technique called subcision, where a needle is inserted under the skin to cut the thread and release the tension pulling the skin inward. In one documented case, a patient with severe dimpling from an over-tight thread anchor needed three subcision sessions over three months before the skin returned to normal. In less severe cases, some providers inject filler into the dimple to smooth the surface while waiting for the threads to dissolve naturally.
Can You Dissolve Them Instead?
Unlike hyaluronic acid fillers, which can be dissolved almost instantly with an enzyme injection, there is no quick “eraser” for PDO threads. However, there is an interesting workaround. Lab research has shown that non-crosslinked hyaluronic acid acts as a powerful catalyst for PDO breakdown. When hyaluronic acid contacts the thread material, it accelerates the hydrolysis process, with degradation beginning within 24 hours. Some practitioners have proposed injecting hyaluronic acid near problem threads to speed up their breakdown, though this approach is not yet standard practice.
Heat-based treatments like radiofrequency or laser therapy may also help speed dissolution by increasing local blood flow and metabolism around the threads. These aren’t instant solutions, but they can shorten the timeline compared to waiting for natural absorption.
How Long Until They Dissolve on Their Own
If your issue is cosmetic dissatisfaction rather than a complication, waiting is a legitimate option. PDO material begins to degrade around 60 days after placement through a natural process called hydrolysis, where water molecules gradually break the thread apart. Complete absorption takes roughly 6 to 9 months, with full loss of mass occurring by about 200 days in most cases. The foreign body reaction in surrounding tissue is minimal.
The collagen your body built around the threads will remain after the threads dissolve, so some of the lifting or tightening effect persists. This is worth considering if you’re debating removal: even after the threads are gone, the structural changes they triggered don’t fully reverse. That said, without the thread providing mechanical support, results gradually soften over the following months.
What to Expect If You Pursue Removal
Thread removal is typically done under local anesthesia as an in-office procedure. For threads that are extruding through the skin, the process can be as simple as grasping the visible end and pulling. For buried threads causing dimpling or lumps, a small incision or needle puncture may be needed to access and extract the thread or cut it free from surrounding tissue.
Recovery from removal is generally faster than the original thread lift. You may have mild bruising or swelling at the extraction site, but since the incisions involved are tiny, scarring is usually minimal. If you want to try threads again after removal, most providers recommend waiting several weeks to allow the tissue to heal completely before reinserting new threads.
The ease of removal depends heavily on the type of thread used. Smooth mono threads come out most easily. Barbed or cogged threads that are designed to grip tissue require more manipulation. Non-absorbable threads (which are not PDO but are sometimes used in thread lifts) present additional challenges because they won’t dissolve on their own and must be surgically extracted if problems arise. If you had your procedure done abroad or are unsure what type of thread was used, make sure to communicate that to whatever provider handles the removal, since the approach differs based on thread type and thickness.