NEO Mesh Cannula (Mesh-Structured: L-Type)
Polydioxanone (PDO) woven mesh · ten filaments in a mesh structure · 19G blunt L-type cannula. 10 pieces per pack.
$108.90
Neo Mesh Cannula (L-Type Cannula) PDO is a polydioxanone threads on cannula consisting from several fibers woven into a mesh configuration to restore volume and reduce folds on the face. Polydioxanone (PDO) is a flexible polymer, which remains intact in the injection point up to 6 months. Threads created based on PDO exhibit multiple effects: their subcutaneous injection initiates skin self-regeneration by increasing collagen synthesis and improving blood microcirculation. As a result of the application of polydioxanone threads the significant lifting effect is observed accompanied by wrinkles elimination, small skin imperfections diminishment, as well as elasticity improvement.
Types example :
| Model Code | Needle Size | Needle Length | Threads Length | USP |
| M3112 | 31G | 12mm | 16mm | 7-0 |
- Sourced through licensed Korean distribution channels
- Temperature-controlled handling from our facility to your door
- Batch number and expiry visible before dispatch
- Practitioner support from our team
Professional use only. This product is intended for administration by licensed healthcare practitioners trained in the relevant anatomy and injection technique. By ordering you confirm you are authorised to purchase and handle products of this class in your jurisdiction. Availability and permitted use vary by country — please verify local regulations before ordering.
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Ten PDO filaments woven into a mesh scaffold
NEO Mesh Cannula is structurally different from everything else in this range. Rather than one filament, or several laid parallel, it carries ten PDO fibres woven together into a mesh and delivers them through a 19G blunt L-type cannula.
The reason to weave rather than bundle is surface area and structure. Ten parallel strands present ten separate tracks; a woven mesh presents an interconnected lattice, with far more fibre surface exposed to tissue and a three-dimensional structure that fibroblasts populate rather than simply line. The collagen that forms does so around a scaffold instead of along a series of lines.
It is still a smooth thread. No barbs, no cogs, no mechanical anchoring. A mesh builds density; it does not reposition tissue, and it is not a filler.
Ten fibres interlaced into a lattice rather than laid parallel — an interconnected scaffold rather than ten separate tracks.
A blunt tip displaces vessels rather than cutting them, which matters at a gauge this heavy.
More fibre surface presented to tissue than any parallel arrangement of the same filament count.
PDO breaks down over roughly six months. The collagen formed around the scaffold persists longer.
Why practitioners stock NEO Mesh Cannula
The woven structure gives fibroblasts a three-dimensional lattice to populate, rather than a track to line. It is the structural argument for this product over a multi-strand bundle.
19G is substantial. A blunt tip is what makes placing it reasonable — it parts tissue and displaces vessels instead of cutting through them.
Ten woven fibres per insertion means a small number of well-sited placements rather than a broad mesh of individual threads.
Deep folds and areas of substantial tissue where a 19G cannula and a bulky mesh can sit without showing.
Treatment areas
Areas where a woven PDO mesh is used. All require tissue substantial enough to accommodate a bulky implant, and all are density applications rather than volume or lifting ones.
Building dermal density along a well-established fold, in a region with enough soft tissue to carry the mesh. Softens the fold over weeks rather than filling it on the day.
Improving the density of skin along the jowl where tissue depth allows. Often placed alongside barbed threads, which do the repositioning this product cannot.
The crease between lower lip and chin, where tissue is typically thick enough for a mesh and where fine threads tend to under-deliver.
Substantial cheeks where a mesh can sit deep without showing. Assess thickness by pinch first — in a thin midface this is the wrong product.
PDO threads are sterile implantable medical devices. Which applications are permitted, and what training is required, is determined by the regulatory framework where you practise. Korea Filler Experts supplies the product; nothing here is a recommendation to treat any medical condition, and nothing here substitutes for hands-on training in cannula and thread technique.
Available sizes and specifications
| MS1938-C | 19G · 38 mm cannula · 50 mm thread · USP 6-0 × 10 woven fibres |
| MS1950-C | 19G · 50 mm cannula · 60 mm thread · USP 6-0 × 10 woven fibres |
| Material | Polydioxanone (PDO) |
| Structure | Ten filaments woven into a mesh configuration |
| Thread surface | Smooth — no barbs or cogs |
| Delivery | Blunt-tipped L-type cannula |
| Pack size | 10 pieces per pack |
| Sterilisation | Sterile, single use only |
| Storage | Room temperature, dry, away from sunlight |
Checking the pack
- The model code matches your order — MS1938-C and MS1950-C differ only in length.
- Each blister is intact and dry. A breached sterile barrier makes that unit waste.
- The expiry date is clear. PDO hydrolyses with moisture.
- The pack holds 10 pieces.
Entry needles are required and not supplied. A 19G blunt cannula cannot make its own entry port, and the port needs to be adequate for the cannula to pass without forcing.
What each component does
Woven mesh versus a bundle of strands
Our Thread Filler Cannula carries twenty fine filaments; this one carries ten. On count alone the Thread Filler looks like the denser product. The structure tells a different story.
- A bundle deposits its filaments along parallel tracks. Each stimulates collagen along its own line, and the lines sit close together.
- A woven mesh is interconnected. The fibres cross and support each other, producing a lattice with a three-dimensional form that holds its shape in tissue.
Fibroblasts populate a scaffold differently from how they line a series of tracks, which is the structural case for a mesh. We would not claim a measured clinical superiority — we have not seen a comparative study, and anyone telling you otherwise should be asked for the citation. What we can say is that the structures are genuinely different, and that the mesh is the more substantial of the two in tissue.
Why 19G, and why blunt
A woven ten-fibre mesh needs bore, which is why this is a 19G product where the Thread Filler is 23G. At that gauge a sharp needle travelling through the subcutaneous plane would be a meaningful vascular risk and would bruise substantially.
The blunt L-type cannula parts tissue and pushes vessels aside instead. The trade-off is an entry port made with a separate sharp needle, which is not supplied.
Reading the specifications
- 19G — cannula diameter; higher number means thinner, so this is one of the heaviest in the range.
- Cannula vs thread length — the mesh extends beyond the cannula so it stays in tissue as it withdraws.
- USP 6-0 × 10 — each of the ten woven fibres is 6-0 on the standard suture scale, where more zeros means thinner.
How to use NEO Mesh Cannula
Reference information for practitioners trained in cannula technique. This is a bulky implant at a heavy gauge — plane control and tissue assessment matter more here than with any other smooth thread in the range.
Step by step
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Assess tissue thickness first
A woven ten-fibre mesh needs tissue that can accommodate it. If you cannot comfortably pinch a substantial fold over the intended track, choose a lighter product — this one will be palpable.
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Plan few, well-sited placements
Mark entry points and tracks with the patient upright. The mesh format is for a small number of considered placements, not a broad pattern.
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Prepare and anaesthetise
Thorough antisepsis — this is an implant. Local anaesthetic at entry points and along the tracks; topical alone is not adequate at 19G.
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Create an adequate entry port
Make the entry with a sharp needle sized so the 19G cannula passes without forcing. A port that is too small makes insertion traumatic.
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Advance in the deep subcutaneous plane
Advance along the marked track at consistent depth. Place this deeper than you would any single-filament thread — a woven mesh has real bulk and will show if placed superficially.
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Deposit and withdraw
Withdraw the cannula while holding the mesh, leaving it distributed along the track with its woven structure intact.
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Palpate the full track
Palpate along the whole length before moving on. A mesh that has bunched rather than distributed is much easier to address now than at review.
Administration notes
Tissue thickness is the gating question. This is the bulkiest smooth implant in the NEO range. In the deep nasolabial region, the jowl, or other areas with substantial soft tissue it sits well. In thin skin it will be palpable, and a palpable woven mesh is not a small problem.
Do not use this for volume. The original listing described facial volume restoration, which invites comparison with dermal filler. A mesh adds no meaningful volume on the day — it builds density over weeks through the patient’s own collagen. A patient expecting filler-like change will be disappointed at review.
- Single use. Never re-sterilise or reuse a cannula or mesh.
- Do not place across active infection, inflamed skin, or recently placed filler.
- Avoid dragging the mesh against packaging or instruments — a snagged weave does not deposit evenly.
- Dispose of entry needles into a sharps container per local clinical waste requirements.
After treatment
- Swelling, bruising and tenderness are expected and may take ten days to settle at this gauge
- Avoid vigorous facial massage and extreme expression for about two weeks
- No saunas, steam rooms or strenuous exercise for 48 hours
- Sleep on the back where practical for the first week
- Defer dental work and facial treatments for two to three weeks
- A palpable ridge that is not settling by two weeks, or any spreading redness or discharge, needs reviewing
Storing and handling NEO Mesh Cannula
Store at room temperature in a dry place, away from direct sunlight. No refrigeration and no cold chain.
Each unit is individually sealed and sterile. Do not use any whose blister is open, torn, damp or damaged. Never re-sterilise — autoclaving destroys PDO.
The mesh structure is formed during manufacture and is the product. Do not pull at it, attempt to unpick fibres, or drag it against instruments.
Single use only. Do not reuse, re-sterilise or repackage. Dispose of used cannulas and entry needles into a sharps container, and unused product as clinical waste in line with local requirements.
What's included
Entry needles are required and not supplied — a 19G blunt cannula cannot make its own entry port, and the port must be adequate for it to pass without forcing. Antiseptic, local anaesthetic and sharps disposal are also not included.
NEO Mesh Cannula — frequently asked questions
What is a mesh thread?
Ten polydioxanone fibres woven together into a mesh structure and delivered through a blunt 19G L-type cannula. Unlike a bundle of parallel strands, the fibres are interlaced, forming a three-dimensional lattice in tissue.
How is it different from your Thread Filler Cannula?
Thread Filler carries twenty fine filaments laid together; this carries ten woven into a mesh.
On count alone the Thread Filler looks denser. Structurally the mesh is the more substantial implant: interlaced fibres form a lattice rather than a set of parallel tracks, and it needs a heavier 19G cannula where Thread Filler uses 23G.
We would not claim one outperforms the other clinically — we have not seen a comparative study, and nor has anyone who tells you otherwise.
Does it restore volume like a filler?
No, and the earlier version of this listing was misleading on that point.
A dermal filler occupies space on the day it is injected. A PDO mesh adds no meaningful volume immediately — it builds dermal density over six to eight weeks through the patient’s own collagen response, and the PDO itself is gone within about six months.
Both are legitimate treatments. They are not substitutes, and a patient told to expect filler-like change will measure this against the wrong thing.
Will it lift or define the jawline?
Not mechanically. The fibres are smooth, so nothing grips or repositions tissue.
Improving the density and quality of jawline skin can make the contour look cleaner, which is a real effect — but it is different from the repositioning a cog thread does. If the problem is descent, use our Cog Cannula or Combi Cog.
Why is the cannula so heavy at 19G?
A woven ten-fibre mesh needs the bore to pass through. At that gauge a sharp needle travelling through subcutaneous tissue would bruise substantially and carry real vascular risk, so a blunt cannula is the sensible format — it parts tissue and pushes vessels aside.
The cost is needing a sharp needle to make the entry port first.
Can I use it in thin skin?
Generally no. This is the bulkiest smooth implant in the range and in thin tissue it will be palpable.
A practical test: if you cannot comfortably pinch a substantial fold over the intended track, choose a lighter product. Our Thread Filler Cannula or a twin thread would be the better choice there.
How many placements does an area need?
Far fewer than with individual threads — this format is designed around a small number of well-sited placements rather than a broad pattern. Exact numbers are a technique decision rather than a product specification.
How long does the effect last?
The PDO hydrolyses over roughly six months. The collagen formed around the scaffold persists beyond that, so the clinical effect outlasts the material. Review at six to nine months and plan from what you see.
Do they need refrigeration?
No. Room temperature, dry, out of direct sunlight — no cold chain to manage.
Who can buy and use these?
Threads are sterile implantable medical devices. A 19G cannula carrying a bulky woven implant requires confident cannula technique and good tissue assessment. We supply to practitioners qualified to perform the procedure in their jurisdiction, and do not sell to consumers.
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