Full Face PDO Thread Lift
By AuroThread R&D Team | Updated September 2026 | 12 min read
A full face PDO thread lift treats the face as one connected structure rather than as a set of separate areas. Where a single-area treatment might place a small number of threads to soften one fold or raise one brow, a full-face protocol begins by mapping the whole face, deciding the direction of pull in each region, and only then choosing the thread designs that will support those directions. The result reads as a coherent change to the face rather than a collection of local corrections. This article explains how such a plan is built, sequenced and maintained, and what has to be true before a full-face approach makes sense at all. For the underlying technology, begin with the complete PDO threads guide.
Planning matters more in a full-face treatment than in almost any other thread procedure, because the face is mechanically connected. Lifting the mid-face changes the apparent position of the nasolabial region; supporting the jawline changes how the lower cheek sits; a brow lift alters the apparent length of the forehead. When each of those decisions is made in isolation, the vectors can compete, and the face can end up looking pulled in two directions at once. When they are made together, the tension of one area is absorbed by the support in the next, and the outcome looks natural because it follows the face's own anatomy.
Everything below is educational material for professionals and informed readers. It is not a treatment recommendation and does not replace an in-person assessment. A full-face plan must be designed by a qualified practitioner who has examined the face, understood the patient's history and agreed realistic goals. What follows describes how that planning conversation is structured, and why the same collection of threads can produce very different results depending on the plan that places them.
What a Full-Face Thread Lift Actually Means
A "full face" thread lift is a planning description, not a fixed product or a standard package. It means the practitioner has assessed the face as a whole — forehead and brow, temples, mid-face and cheeks, nasolabial region, jawline and, depending on the patient, the neck — and has decided how each region should move before any thread is placed. This is different from answering a single complaint such as a softening jawline, because the lift in one region changes the apparent position of the next.
The phrase is also used loosely in marketing, so it is worth being precise about what it involves. A genuine whole-face plan usually means more zones are treated, the vectors between those zones are reconciled, and the design mix is deliberately varied: structural threads where support is needed, and fine threads where skin quality and collagen response are the target. A clinic that simply places the same number of threads in more places has not built a full-face plan; it has repeated a single-area treatment several times.
Where the boundary of "full face" sits
In practice the boundary is a clinical decision rather than a rule. Some practitioners limit a whole-face plan to the forehead through the jawline; others include the neck, because laxity in the jawline and neck frequently present together and a jawline that is lifted against an untreated neck can look artificial. Whatever boundary is chosen should be deliberate and recorded in the notes, so that the plan can be reviewed at follow-up and repeated consistently at maintenance. Patients respond well to being shown the plan on a diagram, because it makes clear that the treatment was designed rather than improvised.
It also helps to describe the full-face approach in terms of what the patient will notice. Rather than promising a particular amount of lift, the plan sets out which regions will be supported, in what order, and how the face is expected to change over the months that follow. That framing keeps expectations honest and makes the conversation about maintenance much easier later. Readers who want the wider clinical background will find it in pdo thread lift face.
Vector Planning: Lift Direction by Facial Zone
A vector is simply the direction in which a thread pulls. In a well-planned full-face treatment every thread has a vector, and those vectors are chosen so that they support one another. The brow is usually directed upward and slightly outward; the temple upward and outward toward the hairline; the mid-face upward and outward toward the temple; the nasolabial region upward and outward; the jawline upward and back toward the ear; and the neck, when treated, upward and back. These directions follow the underlying soft tissue and the way the face ages, so the lift looks like a change in position rather than a change in shape.
Why competing vectors cause problems
When two zones are planned independently, their vectors can work against each other. A strong upward pull in the mid-face can bunch tissue toward the nasolabial region if the lower face has not been supported; a jawline pulled too far upward can flatten the lower cheek; a brow lifted without regard to the temple can leave a visible step at the hairline. These are planning errors rather than product failures, and they are why a whole-face plan should be drawn before the first thread is opened. The experienced approach is to decide the dominant vector for the face as a whole, then define each zone's vector as a variation on it.
Vector planning also determines where threads are anchored and where they end. The anchored, structural part of a treatment is placed so that its fixation point sits in tissue that can bear the load, while the free end supports the area that needs lifting. Getting that relationship right for a single zone is relatively simple; doing it consistently across five or six zones is the core skill of a full-face plan, and it is one reason the order in which zones are treated matters. Discussion of how the lift is achieved mechanically sits alongside face lift with PDO threads.
How Many Threads a Full-Face Protocol Uses
There is no universal number of threads for a full-face treatment, and any figure quoted without assessing the face should be treated with caution. The count depends on how many zones are treated, the degree of laxity, the design mix chosen, and the length of the threads used. A face with mild laxity across several zones may need fewer structural threads than a face with more marked laxity in one or two zones, because the design mix shifts from anchoring toward superficial collagen support.
It is also helpful to think of the count in categories rather than as a single figure. Structural designs are used sparingly and deliberately, because each one carries a fixation point and a vector that must be right. Fine designs are used in greater numbers, because their purpose is to cover an area and encourage a collagen response rather than to hold a load. When a clinic describes a protocol, the more useful information is the ratio between those two categories and the zones they cover, not a headline number.
The practical consequence is that a full-face plan should be costed and explained by zone and by design, so that the patient understands where the threading is going and why. This is also how a practitioner should record the treatment, because a maintenance visit months later is far easier to plan when the original distribution is documented. Clinics that want to standardise their own approach often build a small set of named protocols around zones rather than a single headline figure.
Combining Cog, Mono, Multi, Screw and Tornado Designs
A full-face plan almost always combines designs, because different parts of the face need different things from a thread. Cog threads provide the structural anchoring: according to the Auro Thread product catalogue, cog designs "conceive, fix and support the skin tissue in 3/4/6 directions for a long-term result and an effective and smooth anchoring." Mono and multi threads contribute the superficial collagen layer. Screw and tornado designs add localised volume and a denser collagen response in a small area, with the tornado screw able to "stimulate collagen twice more than normal Screw type".
The table below summarises how each family is typically used within a whole-face plan. It is a planning aid rather than a prescription; the exact design, gauge and length are chosen by the practitioner for the individual face.
| Design family | Role in a full-face plan | Typical configuration |
|---|---|---|
| Cog 3D / Cog 4D | Directional anchoring in mid-face, jawline and brow | 19G / 21G / 23G, 60–100 mm, USP-2, sharp needle or L (4D also W) cannula |
| Cog 6D | The heaviest structural support in the plan | 19G, 100 mm, USP-1, L or W cannula only — no sharp-needle version |
| Mono and mono screw | Superficial collagen layer across cheeks, forehead and perioral area | 26G–30G, 13–90 mm, sharp needle, USP 6-0 / 7-0 |
| Tornado and tornado screw | Localised volume and denser collagen response | 26G / 27G, 25–90 mm, sharp needle, USP 6-0 |
| Multi thread | Broad coverage of a large zone in a single pass | 10 lines in 23G or 20 lines in 21G, 38 / 60 mm, L cannula, USP 5-0 |
| Mesh thread | Volume effect and maximised neo-collagenesis over a wide area | 19G, 38 / 60 mm, L cannula, USP 6-0 — PCL and PLLA only, never PDO |
Choosing between these families is not purely a matter of strength. Cog 6D is the only USP-1 thread in the range and is supplied with a cannula only, which reflects the size of the structure it carries; Cog 3D and 4D are USP-2 and available with a sharp needle or a cannula, which gives the practitioner more freedom in fine areas. Mesh thread is made from twelve pieces of USP 5-0 PCL thread twisted into one thread, and is available in PCL and PLLA only, so it cannot be part of a PDO-only plan. These constraints shape the plan as much as the clinical goal does. The technique side of placement is covered in the face threading technique article.
Choosing the Material for a Whole-Face Plan
A full-face plan can be built from a single material or from a combination, and the decision usually comes down to the balance between turnover, longevity and depth of regeneration. PDO (polydioxanone) offers the fastest cycle: biodegradation is reported at 6–8 months, absorption at 4–6 months and a result window of 6–9 months, with a moderate collagen response, average flexibility, slight discomfort and a high safety rating. It is the material most often chosen when a patient wants to see a result quickly and is willing to maintain it.
PCL (polycaprolactone) shifts the balance toward longevity. Its biodegradation is listed at 16–24 months, absorption at 12–18 months and a result window of 12–18 months, up to 24, with a tissue-repairing effect reported for up to two years. The catalogue describes it as "very potent at stimulating collagen production as compared to PDO or PLLA", with high flexibility, no listed discomfort and high hydrolytic resolution. For a whole-face plan the attraction is that the scaffolding effect persists while the collagen response matures.
PLLA (poly-L-lactic acid) is associated with the strongest long-term regeneration. The catalogue notes that it "has been observed to be even more effective at simulating collagen production than PDO", a lifetime of two years or more, and breakdown into ordinary substances such as lactate, glucose, carbon dioxide and water. Flexibi ility is listed as low and discomfort as strong, and it is shipped nitrogen-packed. That profile makes it a considered choice rather than a default, particularly for a large treatment area.
In a whole-face plan the material decision is rarely all-or-nothing. It is common to reason by zone and by objective: a material with a longer window where the structural result needs to hold, and a material with faster turnover where repeated fine-thread work is planned. All three materials are EO-sterilised, heavy-metal free, supplied with a two-year shelf life, CE marked, manufactured under ISO 13485 in a GMP-certified facility and traceable by batch, and the PDO raw material is USP Class VI. Those shared properties matter because a plan that mixes materials should not also mix standards of quality. Clinics building their own protocol find the range organised by material in the PDO, PLLA and PCL thread collection.
Single Session or Staged Over Visits
Once the plan is drawn, the next decision is whether to deliver it in one session or to stage it across several visits. A single session has obvious appeal: one coherent lift, one period of swelling, one recovery, and no risk that an area treated later is planned against a face that has already changed. For a patient who wants a defined result before an event, or who prefers to get the whole treatment behind them, a single session is often the right structure.
Staging offers different advantages. Treating the structural zone first and the superficial layers later allows the practitioner to see how the lift has settled and how the skin has responded before adding more. It also spreads cost and downtime across a schedule, which matters for patients who cannot take several days away from work at once, and it reduces the total load on the face in any one sitting. The trade-off is that the plan has to be reviewed at each visit, and the practitioner must be confident that the vectors chosen early will still suit the face later.
The choice is not permanent. Many clinics treat the first session as the structural phase and later sessions as refinement, and the decision between a single and a staged plan is made again at each maintenance cycle as the patient's face changes. Patients who expect a single session and then discover that a second visit was always part of the plan often feel misled, so the schedule is best agreed up front. The wider picture of what a course of treatment involves is set out in PDO facelift.
How a Full-Face Plan Differs from Treating One Area
Treating one area is a focused exercise: the practitioner identifies the complaint, chooses the design that answers it, and places threads along a vector that suits that region. It is efficient, it is relatively quick, and for a patient with a single concern it can be exactly the right treatment. The limitation is that the rest of the face does not stand still. Supporting the jawline while the mid-face is untouched can change the proportions of the lower face; treating the mid-face alone can leave the jawline looking less defined by comparison.
A full-face plan takes those interactions as its starting point. The zones are assessed together, the vectors are reconciled, and the design mix is balanced so that no single region carries more tension than it should. That usually means more threads overall, a longer appointment, and a more detailed pre-treatment conversation, but it also means the result is judged as a whole rather than region by region.
There is a practical difference in how each approach is reviewed. A single-area treatment is assessed by looking at that area; a full-face plan is assessed by comparing the face as a whole with its starting point, which is why standardised photography from several angles is so useful. It also changes the maintenance conversation: a whole-face plan has a natural rhythm, whereas single-area treatments tend to accumulate as a series of separate decisions. Patients can read more about the expectations on each side in what to expect from PDO threads for the face.
Maintenance Intervals and Long-Term Planning
Maintenance intervals follow the material's own timeline, so the maintenance plan is really a consequence of the material decision. With PDO the material absorbs over roughly 3-6 months and the lift is typically visible for around 6–9 months; collagen laid down during that period continues to soften the result afterwards, which is why some patients look stable for a period beyond the material's presence. PCL extends the window to 12–18 months, up to 24, with a tissue-repairing effect reported for up to two years, and PLLA to 18–24 months.
A sensible maintenance rhythm is therefore planned at the outset rather than improvised when the result fades. For a PDO-based plan, review appointments are usually timed before the result has fully gone, so that the next session builds on remaining support rather than starting again. For PCL or PLLA, the intervals are longer and the review focuses on whether any zone has changed disproportionately. In every case the aim is to keep the face on a consistent trajectory instead of alternating between a strong result and a fully faded one.
Maintenance is also where the value of good records shows. If the original plan recorded which zones were treated, with which designs and materials, the maintenance session can repeat what worked and adjust what did not. Clinics that treat the plan as a document rather than a one-off event find that patients stay on schedule, because the next appointment is part of the agreed course rather than a new sales conversation.
Who Is a Candidate for a Full-Face Approach
A full-face approach suits patients whose laxity is distributed rather than concentrated, and who want a change across the whole face rather than a correction in one place. It also suits patients whose skin quality and collagen response make a thread-based plan reasonable, and who understand that the treatment works by repositioning tissue and supporting collagen production rather than by removing skin.
It is less appropriate where there is significant excess skin, where laxity is severe, or where the patient's main concern would be better answered by volume replacement or by a surgical opinion. Medical history, medication, active infection or inflammation in the treatment area, and previous facial procedures all affect suitability. None of these judgements can be made from an article, a photograph or a questionnaire; they require an examination.
The candidacy conversation should also cover what a full-face plan cannot do. It does not excise skin, it does not replace lost volume in the way a filler does, and it does not stop the ageing process. Being explicit about those limits is not a weakness in a consultation; it is what allows a patient to decide with a clear understanding of the treatment, and it is the reason candidacy must be assessed by a licensed practitioner before any plan is agreed.
Sourcing and Documentation for Clinics
A full-face protocol consumes a range of designs and gauges in a single sitting, so clinics that offer it depend on predictable stock. AuroThread, the thread division of Auro Technology Limited, sells factory-direct to clinics and distributors in more than 30 countries, which removes the layers between the manufacturer and the clinic and keeps SKUs consistent between orders. Standard stock configurations commonly start from 50 boxes (500 units), with flexible mixing across gauges and lengths, and free evaluation samples of 2–5 units are available to qualified buyers and credited toward the first bulk order.
For larger build-outs, OEM and private-label programmes cover needle branding, sterile pouch and outer carton design, custom gauge and length, and multi-language instructions for use, with first runs typically from around 1,000 boxes. Lead time on repeat orders of standard stock is typically 7–15 days, while first-run OEM production generally runs 15–30 days. Shipping options include express courier at approximately 3–7 days, European railway freight at 15–20 days and sea freight at 25–35 days, under FOB, CIF or DDP terms with payment by T/T or PayPal. Instructions for use are available in English, Spanish, French, Arabic and Portuguese.
Documentation should travel with the product. All AuroThread threads are EO-sterilised, heavy-metal free, CE marked, manufactured under ISO 13485 in a GMP-certified facility, supplied with a two-year shelf life and traceable by batch, and the PDO raw material is USP Class VI. For a clinic, batch traceability is what makes a complaint investigable and a recall manageable, and it is worth confirming when comparing quotes from different suppliers.
Frequently Asked Questions
How long does a full face PDO thread lift last?
With PDO the material absorbs over roughly 3-6 months and the lift is typically visible for around 6–9 months, after which the collagen response continues to soften the result. A full-face plan can be built with PCL or PLLA instead when a longer window is wanted; PCL has a result window of 12–18 months, up to 24, and PLLA of 18–24 months. Maintenance intervals are planned around those windows.
How many threads are used for a full face thread lift?
There is no standard number. The count depends on how many zones are treated, the degree of laxity, the mix of cog and mono designs and the length of the threads chosen. Cog designs are used sparingly for structural anchoring while finer mono designs are used in larger numbers for the superficial collagen layer. The practitioner decides the count after assessing the face.
Is a full face thread lift painful?
Local anaesthesia is normally used, so placement is usually described as tolerable. The Auro Thread catalogue lists discomfort for PDO as slight, for PCL as none and for PLLA as strong. Afterwards, swelling and tenderness for a few days are common, and the face may feel tight while the threads settle.
Can a full face thread lift be done in a single session?
It can. A single session gives one coherent lift and one recovery period. Staging across visits is an alternative that lets the practitioner review how the first areas have settled, and spreads the cost and downtime. The choice depends on the extent of the plan, the patient's tolerance and the practitioner's judgement.
Which material is best for a full-face plan?
There is no single best material. PDO offers the fastest turnover with a moderate collagen response; the catalogue describes PCL as the most potent of the three at stimulating collagen, with a longer window; PLLA is associated with strong long-term regeneration but is shipped nitrogen-packed and is listed with strong discomfort. A whole-face plan may combine materials.
How soon can patients return to normal activities?
Most people return to desk work within a few days, once swelling has settled. Strenuous exercise, dental work, facial massage and heat are usually avoided for a short period afterwards. Aftercare advice and timing are given by the treating practitioner and should be followed exactly.
Who should not have a full-face thread lift?
Thread lifting is generally not appropriate for severe laxity with significant excess skin, for active infection or inflammation in the treatment area, or where the medical or medication history rules it out. Candidacy must be assessed in person by a licensed practitioner; this article cannot determine whether a particular person is suitable.
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Threads commonly specified inside a full-face protocol, supplied factory-direct with free evaluation samples for qualified buyers.
Fine-gauge mono thread for the superficial collagen layer across a whole-face plan.
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Structural anchoring designs that ensure the lift direction holds across the face.
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