NANO GOLD Polydioxanone Lifting Thread 50

NANO GOLD Polydioxanone (PDO) Lifting Thread 50

Advanced Absorbable Thread for Mature Skin Rejuvenation

Purpose:
Subdermal lifting and structural skin support for advanced aesthetic rejuvenation.

Product Name: NANO GOLD® Polydioxanone Lifting Thread
Recommended Age: 50–65
Authorized Manufacturer: 
Authorized Product Permit:

Product Description:
NANO GOLD® Polydioxanone Lifting Thread is a sterile, medical-grade, absorbable PDO thread specifically developed to address advanced signs of skin aging. It is designed to provide enhanced lifting strength and long-term structural support for mature skin experiencing loss of elasticity, sagging, and reduced collagen density.

Manufactured from high-purity polydioxanone, the Nano Gold PDO thread offers excellent biocompatibility and controlled absorption. Its optimized design allows safe and precise implantation beneath the dermal layer, delivering effective lifting while minimizing tissue trauma.

Intended Use: Medical Conditions and Applications
NANO GOLD® PDO thread technology works by creating a supportive internal scaffold that repositions sagging tissue and stimulates intensive collagen and elastin regeneration. The implanted threads activate fibroblast activity, leading to progressive skin tightening, improved firmness, and restored facial contours.

Enhanced blood circulation and cellular metabolism contribute to healthier, smoother, and more resilient skin. Visible lifting effects may appear shortly after treatment, with continued improvement over 2 to 3 months. Full rejuvenation results typically develop within 6 months as collagen remodeling reaches its peak.

The procedure is minimally invasive, requires minimal downtime, and allows patients to resume normal daily activities shortly after treatment.

Packaging & Regulatory Compliance:
NANO GOLD® Polydioxanone Lifting Thread is supplied sterile and manufactured under authorized medical standards, complying with approved product permits for professional aesthetic and medical use.