Auro PDO-Faden zum Formen – Starke Lifting-Wirkung für Gesicht und Körper

Engineered for vectors carrying significant gravitational weight or dense fibrous tissue resistance:

• Severe Lower Face Jowls & Mandibular Border: 18G or 19G 100mm (L/W Cannula) (Recommended: 4–6 threads per side) — Strongest mechanical hoist to reposition heavy descended fat pads along the jawline.
• Mid-Face Deep Malar Fat Pad Elevation: 19G 100mm (L/W Cannula) (Recommended: 3–4 threads per side) — Re-anchors fallen mid-cheek volume upward toward the zygomatic arch to alleviate deep nasolabial folds.
• Heavy Fibrous Skin & Male Patient Lifting: 18G 100mm (W-Cannula) (Recommended: 4–6 threads per side) — Delivers the maximum shear resistance needed for thick, dense male facial planes.
• Submental Sling & Double Chin Tightening: 19G 100mm (L-Cannula) (Recommended: 2–4 threads) — Interlocking suspension to flatten under-chin skin and platysmal laxity.
• Body Contouring (Abdomen, Buttocks, Upper Arms): 18G or 19G 100mm (L/W Cannula) (Recommended: 6–12 threads per zone) — Provides the heavy tensile capacity required to lift lax body skin.

• CE Certified Medical Device: Precision-manufactured under strict cleanroom conditions, ensuring verified high tensile yield strength and clinical safety.
• 100% EO Gas Sterilized: Every blister pack undergoes pharmaceutical-grade Ethylene Oxide (EO) sterilization, ensuring zero microbial contamination.
• 2-Year Sterile Shelf Life: Every pouch is stamped with a dedicated LOT number, production date, and 2-year expiration date.
• Protective Medical Aluminum Foil: Multi-layer moisture-proof foil packaging prevents polymer degradation from ambient humidity and UV exposure during international transit.
• Biocompatible Hydrolysis: Ultra-pure polydioxanone hydrolyzes naturally into water and carbon dioxide with zero synthetic residue or granuloma risk.

Q1: Why do traditional cut cogs frequently snap or lose tension after 2–3 weeks, and how does Molding prevent this?
A: Traditional cogs are made by cutting notches into a smooth suture, which permanently reduces the core diameter by 30%–50% at every cut and creates weak stress points prone to snapping. Furthermore, cut barbs easily fold flat ("peel off") under the weight of heavy tissue. Auro Molding Threads are manufactured by compressing pure PDO in solid steel molds without cutting or heat. The barbs are solid, integrated monolithic structures that preserve 100% of the thick USP 2 core, maintaining sustained high-tension grip without breakage or barb collapse.

Q2: Because Molding threads are thick (USP 2 / 18G), will the patient feel hard cords or foreign bodies when chewing or talking?
A: When placed strictly in the correct anatomical plane—the deep subcutaneous layer just above the SMAS—the thick molded suture is cushioned by surrounding deep adipose tissue and cannot be felt or seen. If a patient feels a distinct "tight cord" when opening their mouth during the first 7–10 days, it is simply initial tissue anchoring against dynamic muscle movement. As the surrounding tissue softens and collagen encapsulation begins, this sensation completely disappears within 2 weeks.

Q3: Can Auro PDO Molding Cog actually lift heavy body areas like postpartum abdominal skin or upper arms?
A: Yes. Most facial threads fail on the body because body skin is thicker and subject to continuous heavy muscle shearing. The ultra-high tensile yield strength of Auro 18G/19G Molding threads provides the rigid structural scaffolding required to gather and hoist loose abdominal laxity, tighten upper arm "bat wings," and elevate lower gluteal folds where standard cut threads would instantly snap.

Q4: What is the practical handling difference between the W-Cannula and L-Cannula in dense or male skin?
A: In dense, fibrotic tissue (such as male jawlines or scarred subcutaneous planes), standard L-cannulas can encounter high push resistance. The W-Cannula features a specially engineered wide-angle bevel at its blunt tip that parts tough fibrous septa with significantly less operator hand fatigue and zero risk of slicing blood vessels, allowing smooth, continuous vector advancement.

Q5: If aggressive tissue hoisting causes immediate skin puckering or dimpling, how is it corrected?
A: Due to the extreme grip of molded barbs, localized dimpling can happen if a barb catches superficial dermis. To fix this instantly before cutting the suture: place your thumb over the dimple and perform a firm, sweeping downward-and-outward manual stroke along the vector. This disengages the single superficial barb from the upper dermis while leaving the deeper structural anchors intact, restoring a smooth, flat skin contour immediately.