Biodegradable PLLA Polymer High Purity Injectable PLLA Material For Medical Applications
| Onsetofaction: | Gradual, Visible Results In 4-6 Weeks | Purpose: | Facial Volume Restoration And Wrinkle Reduction |
| Treatmentsessions: | Typically 3 Sessions Spaced 4-6 Weeks Apart | Mechanismofaction: | Stimulates Collagen Production |
| Durationofeffect: | Up To 2 Years | Type: | Injectable Dermal Filler |
| Activeingredient: | Poly-L-Lactic Acid (PLLA) | Storageconditions: | Store At 2-25°C, Protect From Light |
| Formulation: | Microparticles Suspended In Sterile Water | Biodegradability: | Fully Biodegradable And Biocompatible |
| Productname: | PLLA Dermal Filler | ||
| High Light: | Biodegradable PLLA Polymer,PLLA Polymer High Purity,High Purity Injectable PLLA Material |
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Product Characteristics: Poly-L-Lactic Acid (PLLA) is a sustainable, semi-crystalline polyester polymer synthesized from renewable lactic acid monomers. It features a regular linear molecular structure, high purity and uniform molecular weight distribution with no harmful residues. Different from conventional petroleum-based plastics, this bio-based green material has favorable crystallinity and excellent molding adaptability, supporting multiple processing techniques such as extrusion, injection molding and electrospinning to meet diversified customized production demands.
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Core Properties: PLLA integrates excellent physical and biological properties for high-end scenario applications. It owns stable mechanical strength and high elastic modulus, enabling durable structural performance for long-term service. The material has superior biocompatibility, causing no immune rejection, inflammation or irritation after implantation or skin contact and complying with global medical safety specifications. Besides, it features controllable biodegradability, which can be gradually hydrolyzed and completely metabolized into carbon dioxide and water in the human body or natural environment without toxic residues. It also maintains stable thermal performance and low sensitization throughout its service cycle.
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Main Applications: Benefiting from its superior comprehensive performance, PLLA is widely used in biomedical, medical aesthetic and environmental protection industries. In the biomedical field, it is commonly used for implantable medical devices, tissue regeneration scaffolds and clinical tissue repair and regeneration. In medical aesthetics, it acts as a classic long-acting filling material to stimulate natural collagen regeneration, improving facial fullness, tightening skin and correcting body contours. In addition, it is an ideal eco-friendly substitute for traditional plastics, extensively applied in degradable packaging and green consumer products to boost sustainable industrial development.
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