Kore Additive Manufacturing
Kore Additive Manufacturing and Medical Reconstruction is pioneering medical innovation through advanced 3D bio-printing, tissue engineering, regenerative medicine, and medical reconstruction. Their mission is to develop next-generation solutions to enhance patient care and surgical outcomes, with a vision to revolutionize healthcare using regenerative tech and bio-printing.
Industries
Nr. of Employees
small (1-50)
Kore Additive Manufacturing
7027, Rahul Bajaj Technology Innovation Centre, IIT Bombay Campus, Powaii, Mumbai, Maharashtra, India
Products
3D Bio-Printed Scaffold
Provides a customizable platform for cell growth and tissue regeneration using advanced additive manufacturing techniques.
3D Bio-Printed Scaffold
Provides a customizable platform for cell growth and tissue regeneration using advanced additive manufacturing techniques.
Bio Materials
Offers natural polymers, synthetic polymers, and bio-ceramics for tissue engineering and regenerative medicine applications.
Bio Materials
Offers natural polymers, synthetic polymers, and bio-ceramics for tissue engineering and regenerative medicine applications.
Bio Inks
Specially formulated for 3D bio-printing, these inks mimic the extracellular matrix to support cell growth and differentiation.
Bio Inks
Specially formulated for 3D bio-printing, these inks mimic the extracellular matrix to support cell growth and differentiation.
3D Bio-Printed Scaffold
Provides a customizable platform for cell growth and tissue regeneration using advanced additive manufacturing techniques.
3D Bio-Printed Scaffold
Provides a customizable platform for cell growth and tissue regeneration using advanced additive manufacturing techniques.
Bio Materials
Offers natural polymers, synthetic polymers, and bio-ceramics for tissue engineering and regenerative medicine applications.
Bio Materials
Offers natural polymers, synthetic polymers, and bio-ceramics for tissue engineering and regenerative medicine applications.
Bio Inks
Specially formulated for 3D bio-printing, these inks mimic the extracellular matrix to support cell growth and differentiation.
Bio Inks
Specially formulated for 3D bio-printing, these inks mimic the extracellular matrix to support cell growth and differentiation.
Services
In vitro cell culture services for drug discovery, biomaterial testing, cytotoxicity studies, and tissue engineering using authenticated reference cell lines.
Development of tailored bioink formulations optimized for specific bioprinting platforms and tissue types, focusing on cell viability and printability.
End‑to‑end service for designing and fabricating customizable biocompatible scaffolds for tissue engineering and implant research.
Consulting services to establish bioprinting laboratories, including equipment selection, materials guidance, SOP development, and workflow validation.
Practical courses covering 3D scanning, stem cell culture, 3D printing fundamentals, bioprinting techniques, CAD/CAM for biomedical design, and micro CNC machining.
In vitro cell culture services for drug discovery, biomaterial testing, cytotoxicity studies, and tissue engineering using authenticated reference cell lines.
Development of tailored bioink formulations optimized for specific bioprinting platforms and tissue types, focusing on cell viability and printability.
End‑to‑end service for designing and fabricating customizable biocompatible scaffolds for tissue engineering and implant research.
Consulting services to establish bioprinting laboratories, including equipment selection, materials guidance, SOP development, and workflow validation.
Practical courses covering 3D scanning, stem cell culture, 3D printing fundamentals, bioprinting techniques, CAD/CAM for biomedical design, and micro CNC machining.
Expertise Areas
- 3D bioprinting and biofabrication
- Tissue engineering and regenerative medicine
- Bioink and biomaterials development
- Custom scaffold design and fabrication
Key Technologies
- 3D bioprinting
- Custom bioink formulation
- Biomaterials for tissue engineering
- Organ‑on‑a‑chip microphysiological systems