NANOCHON
Nanochon is dedicated to developing innovative, minimally-invasive joint treatment solutions using 3-D printing and nanomaterials. Their mission is to provide effective, off-the-shelf devices that improve outcomes for young and active patients suffering from joint injuries and cartilage loss, aiming to set a new clinical standard for cartilage restoration.
Industries
Nr. of Employees
small (1-50)
Patents
Three-dimensionally printed tissue engineering scaffolds for tissue regeneration
US-12458499-B2
View DetailsThree-dimensionally printed tissue engineering scaffolds for tissue regeneration
US-10624750-B2
View Details
Three-dimensionally printed tissue engineering scaffolds for tissue regeneration
US-12458499-B2
View DetailsThree-dimensionally printed tissue engineering scaffolds for tissue regeneration
US-10624750-B2
View DetailsProducts
3D-printed cartilage repair implant (nanostructured scaffold)
A load-bearing, porous implant produced from synthetic micro-/nanomaterials and 3-D printed into an interconnected scaffold intended to replace damaged cartilage and support new tissue formation by enabling cell attachment and integration.
Chondrograft™ implant
An innovative, synthetic device designed for pre-replacement patients with significant cartilage damage, providing an easy-to-use, off-the-shelf surgical implant that supports natural tissue repair and helps patients return to full activity faster after a minimally invasive procedure.
3D-printed cartilage repair implant (nanostructured scaffold)
A load-bearing, porous implant produced from synthetic micro-/nanomaterials and 3-D printed into an interconnected scaffold intended to replace damaged cartilage and support new tissue formation by enabling cell attachment and integration.
Chondrograft™ implant
An innovative, synthetic device designed for pre-replacement patients with significant cartilage damage, providing an easy-to-use, off-the-shelf surgical implant that supports natural tissue repair and helps patients return to full activity faster after a minimally invasive procedure.
Services
Production and distribution of shelf-stable, ready-to-use implantable scaffolds intended for use by surgical providers to treat cartilage defects.
Production and distribution of shelf-stable, ready-to-use implantable scaffolds intended for use by surgical providers to treat cartilage defects.
Expertise Areas
- Cartilage restoration implant development
- Biomimetic scaffold materials
- Additive manufacturing for medical devices
- Preclinical validation and large-animal testing
Key Technologies
- 3D printing (additive manufacturing)
- Biomimetic micro-/nanostructured materials
- Load-bearing scaffold engineering
- Arthroscopic-compatible implant design
News & Updates
Recognized as a semi-finalist in the Startup Stadium program in 2019.
Selected as a semi-finalist in the BIO Buzz of Bio program in 2020.
Received the SBIR Award during 2017-2018.
Honored as the Best Entrepreneurial Lead in 2016.
Won the Crab Trap award at Biohealth Innovators in 2021.
Received a research award from POSNA in 2016.
Recognized as a semi-finalist in the Startup Stadium program in 2019.
Selected as a semi-finalist in the BIO Buzz of Bio program in 2020.
Received the SBIR Award during 2017-2018.
Honored as the Best Entrepreneurial Lead in 2016.
Won the Crab Trap award at Biohealth Innovators in 2021.
Received a research award from POSNA in 2016.