Recombinant Type III Human-Sourced Collagen Lyophilized Fiber

Collagen fiber scaffolds produced via patented dry-spinning technology for tissue engineering and regenerative medicine applications. These biocompatible scaffolds replicate natural collagen structure and are used as additives for 3D bioprinting, hydrogel components, and cellular matrices for 2D/3D cell and tissue culture. Manufactured at commercial scale with automated production systems.

Medical recombinant type III humanized collagen repair patch for tissue regeneration and wound healing. This implantable device provides structural support for dermal and soft tissue repair in surgical and reconstructive applications. The humanized collagen matrix promotes cellular integration and reduces inflammatory response.

A dressing product with recombinant type III humanized collagen protein as the main component, prepared using freeze-drying technology and provided in a fixed-liquid separation package for immediate use. It rapidly replenishes extracellular matrix components and stimulates fibroblast metabolism and proliferation to promote endogenous collagen synthesis and regeneration. The product is indicated for non-chronic wounds including shallow surface wounds, post-surgical sutured wounds, mechanical trauma, minor cuts, abrasions, laser/photon/chemical peel wounds, and minor thermal burns, providing microenvironment support for wound healing.

A spray product with recombinant type III humanized collagen protein as the main component, prepared using freeze-drying technology and provided in a fixed-liquid separation package for immediate use. It forms a protective membrane at the wound site to shield from external stimuli and stimulates fibroblast proliferation and migration to promote collagen synthesis, regeneration of extracellular matrix, and formation of granulation tissue and blood vessels. The product is used for oral mucosa damage repair and relieves pain from oral ulcers, oral inflammation, denture irritation, or surgical wounds.

An NMPA-approved collagen protein implant for medical aesthetic and tissue repair applications. The implant utilizes bioactive collagen with complete triple helix structure for safe and effective tissue augmentation.

Medical devices incorporating collagen technology for therapeutic applications. Designed to meet clinical requirements across multiple medical specialty areas.

A dressing pad composed of recombinant type III humanized collagen protein, sodium hyaluronate, carbomer copolymer, glycerin, triethanolamine, phenoxyethanol, sodium methylparaben, purified water, and non-woven fabric. The product is provided in non-sterile form in aluminum foil packaging for single-use application. It is indicated for care of non-chronic surface wounds such as those resulting from laser, photon, or chemical peel treatments and minimally invasive procedures.

Biocompatible collagen stimulator based on biodegradable polymer technology for soft tissue augmentation and regenerative applications. Promotes natural collagen production for tissue reconstruction.

Collagen-based bioink for 3D printing applications in biomedical engineering. Enables fabrication of tissue constructs and medical device prototypes with biological compatibility.

MedCare division develops, produces, and commercializes innovative collagen-based medical devices designed to promote effective tissue regeneration. These devices are manufactured using proprietary production methods to refine and preserve the native properties of active biomaterials.

Biomimetic mineralized collagen artificial bone repair material composed of orderly arranged Type I collagen protein and nano-hydroxyapatite (HA) composite material. The composition and microstructure are highly similar to natural bone matrix. The material is synthesized through proprietary in vitro biomimetic mineralization technology, is completely biodegradable and absorbable in the body, guides new bone generation, and promotes healing of bone defects.

Synthetic bone graft with integrated collagen matrix for enhanced bone regeneration in dental procedures.