There are tons of examples of additive manufacturing being used to create life-saving, patient-specific implants, including 3D-printed bones. Now, bioprinter manufacturer Allevi is hoping to touch even more lives with its Hyperelastic Bone.
Over a year ago, scientists from Northwestern University successfully developed a 3D-printed Hyperelastic Bone that boasts the ability to support bone regrowth in the body. Now, the 3D-printed bone is being made commercially available to researchers, so that implants may be made to repair damaged bones. The unique product is made up of mostly hydroxyapatite, which is same mineral that's found in teeth and bones.
The Hyperelastic Bone Kit is priced starting at $250 and includes a Hyperelastic Bone 3D Paint, a syringe, a metal drawing needle and other printing tools.
Why This Trend Is Growing
- 3d-printed Bone Implants
- Allevi's Hyperelastic Bone provides an opportunity for medical professionals to create patient-specific bone implants.
- Hydroxyapatite Materials
- The use of hydroxyapatite in bone implants presents an opportunity for material innovation in the medical industry.
- Bioprinting Technology
- The availability of Hyperelastic Bone Kits for medical research highlights the potential of bioprinting technology to revolutionize the medical industry.
Industries Being Reshaped
- Medical Devices
- Allevi's Hyperelastic Bone Kit offers a disruptive innovation opportunity for the medical devices industry to create more efficient and affordable bone implants.
- Biotechnology
- The development of Hyperelastic Bone bioprinting technology utilized by Allevi provides an opportunity for the biotechnology industry to create customized bone implants.
- Additive Manufacturing
- The widespread use of 3D-printing technology and biomaterials like hydroxyapatite have the potential to completely transform the additive manufacturing industry, particularly concerning medical applications.
