Orghana PCL Liquid Thread

Orghana PCL Liquid Threads represent a new generation of dermal rejuvenation technology designed to deliver long-lasting structural support, advanced collagen stimulation, and visible skin revitalization. Formulated with high-purity polycaprolactone (PCL) in a liquid, particle-free form, this product creates a smooth network of “liquid threads” within the dermal layers, encouraging natural tissue regeneration while maintaining exceptional biocompatibility.

Key Mechanism of Action

The unique liquid PCL matrix integrates seamlessly into the skin, where it gradually activates fibroblasts and supports the synthesis of new collagen fibers. This slow, controlled stimulation enhances skin firmness and elasticity over time, helping restore youthful density without creating artificial volume or rigidity. The result is a natural-looking, progressive rejuvenation effect.

Aesthetic Benefits

• Deep Collagen Regeneration: Promotes long-term production of new collagen for durable skin improvement.
• Lifting & Firming Effect: Strengthens dermal structure, supporting a subtle lifting of facial contours.
• Improved Skin Texture: Helps smooth fine lines and refine uneven skin surfaces.
• Hydration Support: Enhances moisture retention, giving the skin a softer, plumper appearance.
• Natural-Looking Results: Gradual enhancement ensures a refreshed look without overcorrection.

Product Features

• Advanced, microparticle-free PCL technology
• High biocompatibility and smooth dermal integration
• Designed for long-lasting, progressive results
• Ideal for facial contour refinement and overall skin quality improvement
• Suitable for patients seeking subtle, yet durable rejuvenation

Suggested Areas of Use

• Facial contour enhancement
• Skin laxity improvement
• Fine-line smoothing
• Overall dermal revitalization

Professional Application

Orghana PCL Liquid Threads are intended for trained aesthetic professionals who utilize intradermal rejuvenation techniques. The product’s smooth consistency allows controlled placement and even distribution within the targeted area.