Technical Services
3D Printing Technology
3D printing technology is a kind of rapid prototyping technology, which is a kind of technology that utilizes fusible materials such as powdered metals or plastics to construct the shape of objects by stacking and accumulating them layer by layer. Often used in mold making, industrial design and other fields and create a model, the current stage of 3D printing technology is gradually used in the direct manufacture of products. In particular, some high-value products, such as medical devices, aerospace parts have also been used to manufacture this technology.
Testing Services
Dengtai Biotechnology's Biomedical Material Testing Department, inherited from the "Biomedical Device R&D and Product Trial Center" of Taipei Medical University, has rich experience in biomedical material testing, and upholds the quality goal of "professionalism, accuracy, and service first" to do a good job in medical device testing and analysis, and to ensure that the customer's entrusted projects are carried out.
Processing Services (CDMO)
Dengtai Biomedical's spirit of quality is "Innovative R&D, Professional Manufacturing, Excellent Quality", and is committed to transforming biomedical technologies into medical products, developing global healthcare platforms and medical technology services to enhance the quality of life of human beings.
F.A.Q.
Frequently Asked Questions
The company specializes in3D Bio-printing, Bio-inks DevelopmentIt also incorporates nanocomposite ceramic technology for hard and soft tissue reconstruction (e.g., teeth, jaws, cranial bones) and cell culture systems.
Bioinks are 3D printing materials that contain living cells and are used to construct artificial tissues. The inks developed by Dengtai Biomedical may have the potential toBiocompatibility and Cellular SupportIt is suitable for repairing damaged tissue or for drug testing.
Modeling through patient images (e.g., CT), printing out theCustomized implants(e.g., ceramic or hydrocolloid scaffolds), combined with autologous cell culture, to enhance reconstruction accuracy and healing.
This technology may enhance the material'sStrength, Corrosion Resistance and Cell AdhesionIt is suitable for weight-bearing bone repair (e.g., dental or orthopedic implants) and reduces the risk of rejection.
requireWebsite contact form, business email or phone numberThe service process (e.g., needs assessment, quotation, contracting) will be explained.