Direct answer: Yes — thread lift threads are fully absorbed by the body. Mainstream APTOS threads use PDO, PCA, and similar absorbable materials that degrade into water and carbon dioxide within roughly 6-8 months and leave nothing behind. More importantly, the lift does not disappear with the thread: while present, the threads induce new collagen formation around them, creating a fibrous scaffold that keeps tissue anchored in its lifted position after the threads are gone. Clinical results typically last 1-2 years.
‘Do the threads stay in my face forever — what happens when I’m old?’ ‘If the threads dissolve, won’t my face just drop back?’ — the most common thread-lift misconceptions all revolve around the thread itself. This guide covers thread materials, the degradation timeline, and the collagen-scaffold principle behind ‘the thread leaves, the lift stays’.
What are the threads made of, and how long do they last?
- Absorbable threads are the standard: APTOS threads use PDO (polydioxanone) and newer PCA/PLA materials — the same class used in surgical sutures for decades, with a complete safety record and designed specifically to be absorbed
- Degradation timeline: PDO threads fully degrade in about 6-8 months; newer PCA/PLA composites dissolve more slowly with a longer collagen-induction phase. The end products are water and carbon dioxide, exhaled and metabolized naturally
- Degradation is gradual: thread strength declines noticeably from 2-3 months after insertion and is essentially gone by 6-8 months. During this period the thread is doing more than holding — it continuously stimulates tissue
- Non-absorbable threads are outdated: early techniques used permanent threads, but problems with migration, infection, and palpability made them obsolete in reputable clinics
Why does the effect remain after the threads dissolve? The collagen scaffold
- Two phases of lifting: phase one is mechanical — the barbs (or cogs) physically catch and hold tissue in the lifted position, visible immediately. Phase two is biological fixation — the thread acts as a stimulus, inducing collagen to wrap around it, forming ‘collagen tunnels’ along the thread’s path
- The scaffold is the new foundation: after the thread degrades, these collagen tunnels and fibrous anchor points persist and keep supporting the tissue. This is why thread-lift results last 1-2 years — far beyond the thread’s own lifespan
- Collagen needs time: the scaffold matures over 1-3 months, so the final result is not ‘best on day one’ but stabilizes at 1-3 months, looking increasingly natural
- Why results fade: not thread failure, but the scaffold slowly metabolizing with natural aging while skin laxity progresses — the same opponent every anti-aging treatment faces
What changes absorption speed?
- Age and metabolism: younger, faster-metabolizing patients degrade threads slightly faster — but their collagen response is usually more vigorous too, which is not a disadvantage
- Smoking and lifestyle: smoking suppresses collagen formation, producing a weaker scaffold and shorter duration. It is the single most worthwhile variable to change before a thread lift
- Thread type and count: the physician selects thread type, length, and implantation layer based on laxity — good planning balances immediate lift with long-term scaffold quality
- Depth of placement: threads placed in the proper subcutaneous fascia layer get the most stable fixation and collagen response; threads placed too shallow are palpable and less effective
Rappoel’s real thread-lift process
- Step 1 — laxity assessment: analyzing the direction of sagging and priority zones (mid-face, jawline, neck), confirming threads are the right approach or should be combined with other treatments
- Step 2 — marking and baseline photos: insertion paths and lift vectors are marked upright; standardized front and side photos are taken
- Step 3 — anesthesia: local anesthesia along the insertion paths — awake throughout with pain kept tolerable
- Step 4 — insertion and fixation: APTOS threads are placed along the marked paths, with tension and symmetry checked — every thread’s position shapes the scaffold
- Step 5 — aftercare and follow-up: icing, briefing on avoiding big expressions and massage for 1-2 weeks, and a 1-month review of scaffold maturation and symmetry
The genius of the thread lift is trading a temporary thread for your own collagen. The thread is only the trigger — what holds your face up is your own tissue.
Side effects and who should not do it
- Common and temporary: swelling and bruising along the paths (3-7 days), pulling and tightness (1-2 weeks), tenderness (days to a week), transient surface unevenness in some patients (improves over weeks as tissue relaxes)
- Less common risks: thread palpability (related to placement depth), thread-end exposure (simple in-clinic fix), hematoma, infection (rare with sterile technique)
- Not recommended for: pregnancy and breastfeeding, active infection or significant skin disease in the area, coagulation disorders or anticoagulant use (disclose first), severe diabetes (wound-healing risk), allergy to thread materials
- Expectation management: threads suit mild-to-moderate laxity; severe laxity yields limited results, and the assessment will honestly say so rather than push treatment
Related reading: how long results last in Thread Lift Longevity; pain levels in Is a Thread Lift Painful; nose-thread swelling in Nose Thread Lift Swelling; the recovery guide in Thread Lift Recovery Guide; the technology overview in APTOS Thread Lift Guide.
Frequently Asked Questions
Want to know which thread material suits your collagen conditions? Rappoel provides professional APTOS thread-lift assessment!
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