Our Technology

State-of-the-Art Manufacturing Process

    At Embel Bioscience, we specialize in producing clinical-grade rat tail collagen with over 20 years of experience. Our tailored processes deliver high-quality collagen solutions designed to meet diverse applications, including research, cosmetics, and clinical use.
    Our advanced extraction process preserves the native structure of collagen, ensuring soluble molecular collagen with an intact native triple helical conformation and N- and C-terminal telopeptides. This structural integrity enables natural biological activity, including fibril formation and cell-matrix interactions, making it ideal for biomedical research.
    With our proprietary processing method and deep expertise in collagen manufacturing, we guarantee consistent quality and performance across all applications. Our collagen is endotoxin-free (< 0.5 EU/mg) and meets the strictest regulatory standards, making it highly suitable for sensitive applications. Its verified biocompatibility also ensures suitability for medical devices.
    Our flagship product, PuriCollax™, reflects our commitment to precision and excellence, delivering collagen solutions you can trust.

Quality Consistency

Our analytical team and quality control department ensures the consistency and high standards of our product. At Embel Bioscience, we know our process well and we control it well. Our analytical testing methods includes the following tests:

  • Protein concentration
  • Cell Culture
  • Kinetic Gel Tests
  • pH
  • Appearance
  • Heavy Metal
  • Viscosity
  • Purity by SDS Page Electrophoresis
  • Sterility
  • Endotoxin
  • Circular Dichroism
  • Microscopy Size Observations

Clinical Success

Our collagen solutions have been studied and validated in clinical trials and research models:

  • Tissue Repair: past clinical trials reported significant improvements in pain reduction and functional outcomes.
  • Cell Migration Support: The collagen matrices create an optimal scaffold for chondrocytes, ensuring effective integration and repair of damaged tissue.
  • Scalable Applications: From small cartilage defects to broader regenerative solutions, our collagen-based devices have shown promising results in clinical and MRI-based evaluations.