Adaptix
Developer of portable, low-dose 3D X-ray imaging systems based on Digital Tomosynthesis (DT). Offers point-of-care medical imaging products for orthopaedics and veterinary use and provides industrial non-destructive testing (NDT) imaging and feasibility services. Operates R&D, prototyping and X-ray testing facilities, pursues clinical evaluation and regulatory clearances, and partners with distributors and aerospace/industrial collaborators.
Industries
N/A
Nr. of Employees
small (1-50)
Adaptix
Centre for Innovation & Enterprise, Oxford University Begbroke Science Park, Woodstock Road, Oxford, OX5 1PF, UK
Products
Ortho350 (orthopaedic Digital Tomosynthesis imaging system)
Portable DT system providing low-dose 3D imaging of hands, elbows and feet designed for point-of-care orthopaedic diagnostics.
VetSA3D (veterinary Digital Tomosynthesis imaging system)
Portable DT system tailored for veterinary applications (dental, orthopaedic, exotics) to provide higher-resolution 3D images at lower dose and cost than traditional 3D imaging.
NDT3D (industrial DT imaging system)
Mobile Digital Tomosynthesis system for non-destructive testing of composites, additive and traditional manufactured parts, delivering rapid 3D internal visualisation for aerospace and industrial inspection workflows.
Ortho350 (orthopaedic Digital Tomosynthesis imaging system)
Portable DT system providing low-dose 3D imaging of hands, elbows and feet designed for point-of-care orthopaedic diagnostics.
VetSA3D (veterinary Digital Tomosynthesis imaging system)
Portable DT system tailored for veterinary applications (dental, orthopaedic, exotics) to provide higher-resolution 3D images at lower dose and cost than traditional 3D imaging.
NDT3D (industrial DT imaging system)
Mobile Digital Tomosynthesis system for non-destructive testing of composites, additive and traditional manufactured parts, delivering rapid 3D internal visualisation for aerospace and industrial inspection workflows.
Services
Low-volume Digital Tomosynthesis imaging engagements including fact-finding, targeted imaging days, dataset capture, and generation of feasibility reports to validate DT for manufacturing and inspection workflows.
Collaborative R&D projects with industry and academia to develop automated defect detection, robot-mounted imaging, and Digital Twin-enabled inspection workflows.
Low-volume Digital Tomosynthesis imaging engagements including fact-finding, targeted imaging days, dataset capture, and generation of feasibility reports to validate DT for manufacturing and inspection workflows.
Collaborative R&D projects with industry and academia to develop automated defect detection, robot-mounted imaging, and Digital Twin-enabled inspection workflows.
Expertise Areas
- Digital Tomosynthesis-based 3D imaging
- Point-of-care medical imaging (orthopaedics, veterinary)
- Non-destructive testing (NDT) for composites and aerospace
- Image reconstruction algorithms and computational imaging
Key Technologies
- Digital Tomosynthesis (DT)
- Distributed flat-panel X-ray source (FPS) architecture
- Field-emission electron-beam X-ray generation
- Image reconstruction (back-projection with ramp-filter)
News & Updates
Received U.S. FDA 510(k) clearance for the company's first medical imaging product (orthopaedic DT imaging system), enabling marketing in the U.S. market.
Launch of Auto3DX NDE4.0 project (18-month NATEP grant) to develop dry-fibre inspection methodologies and automated defect detection using AI/computer vision, in conjunction with aerospace partners.
Awarded 'most exciting emerging technology' at the Aerospace Technology and Innovation awards for mobile 3D NDT imaging capability suitable for aerospace applications.
Multiple distribution agreements announced for regional deployment of veterinary, orthopaedic and NDT products (examples include distribution partners in the UK, US, Switzerland and UK/Ireland).
Received U.S. FDA 510(k) clearance for the company's first medical imaging product (orthopaedic DT imaging system), enabling marketing in the U.S. market.
Launch of Auto3DX NDE4.0 project (18-month NATEP grant) to develop dry-fibre inspection methodologies and automated defect detection using AI/computer vision, in conjunction with aerospace partners.
Awarded 'most exciting emerging technology' at the Aerospace Technology and Innovation awards for mobile 3D NDT imaging capability suitable for aerospace applications.
Multiple distribution agreements announced for regional deployment of veterinary, orthopaedic and NDT products (examples include distribution partners in the UK, US, Switzerland and UK/Ireland).