Dermal and
Soft Tissue Fillers
Combining the advantages of rhCollagen and Hyaluronic Acid for skin regeneration
Dermal and
Soft Tissue Fillers
Combining the advantages of rhCollagen and Hyaluronic Acid for skin regeneration
We are developing a regenerative photocurable dermal soft tissue filler composed of rhCollagen and HA. Beyond lifting of the skin, the filler also enables tissue regeneration and improved contouring.
Skin rejuvenation procedures are increasing in popularity, especially nonsurgical treatments such as dermal filler injections.
The photocurable regenerative dermal filler is injected in gel form. Following light illumination through the skin the gel solidifies in situ. Utilization of photocuring technology is particularly beneficial in subcutaneous and supraperiosteal applications. As the product degrades, a newly formed tissue is expected to regenerate.
The photocurable dermal and soft tissue filler is under development and is not commercially available in EU or US.
Combining the Advantages of Collagen and Hyaluronic Acid
Hyaluronic Acid
key properties
• Viscoelastic
• Promotes moisture
• Provides lifting
rhCollagen
key properties
• Promotes cell adhesion & proliferation
• Enhances tissue regeneration
• Enables contouring & sculpting
Introducing CollPlant State-of-the-Art
Regenerative Dermal and Soft Tissue Filler
This is the first injectable photocurable regenerative soft tissue filler in the aesthetic medicine arena. It is a holistic platform technology which combines the regenerative properties of rhCollagen, the lifting effect of crosslinked hyaluronic acid and the contouring effect of the photocuring technology.
Following injection, the physician molds the injected material to accurately achieve the desired shape and fixate the new contour by illuminating the skin with a dedicated, exclusively developed illuminator. Following illumination, the gel turns from an injectable, relatively soft and malleable material to a semi-solid, firm and cohesive gel, maintaining its cured shape.
The unique properties of rhCollagen initiate a regeneration process within the injected material, promoting the physiological system to restore its native tissue, thus contributing to a natural long lasting rejuvenation effect. The photocuring technology provides an innovative tool for physicians, enabling them to implement shaping and sculpting capabilities.
Introducing CollPlant State-of-the-Art
Regenerative Dermal and Soft Tissue Filler
We are developing a novel injectable, photocurable regenerative soft-tissue filler platform for aesthetic applications. The technology integrates the regenerative properties of rhCollagen, the lifting effect of crosslinked hyaluronic acid, and light-activated contouring capabilities enabled by our proprietary photocuring approach.”
Following injection, the physician molds the injected material to accurately achieve the desired shape and fixate the new contour by illuminating the skin with a dedicated, exclusively developed illuminator. Following illumination, the gel turns from an injectable, relatively soft and malleable material to a semi-solid, firm and cohesive gel, maintaining its cured shape.
The unique properties of rhCollagen initiate a regeneration process within the injected material, promoting the physiological system to restore its native tissue, thus contributing to a natural long lasting rejuvenation effect. The photocuring technology provides an innovative tool for physicians, enabling them to implement shaping and sculpting capabilities.
Main Advantages
Improved cohesivity
Integration to the host tissue
Enhanced contouring for a natural effect
Promotion of tissue regeneration and rejuvenation
Improved cohesivity
Integration to the host tissue
Enhanced contouring for a natural effect
Promotion of tissue regeneration and rejuvenation
An all-in-one innovation: Flexibility, Moldability and Cohesivity
Flexibility & elasticity
Compliance with facial expression
Moldability
Precise contour definition
Cohesivity
Maintains the defined shape
Recommended Injection Areas
The product’s high integrity and cohesivity demonstrate significant
advantages in deep supraperiosteal and subcutaneous layers
Recommended Injection Areas
The product’s high integrity and cohesivity demonstrate significant
advantages in deep supraperiosteal and subcutaneous layers