ConforMIS


Restor3d is dedicated to transforming healthcare through personalized 3D-printed orthopedic implants, leveraging advanced technology such as AI, digital health solutions, and additive manufacturing to improve patient outcomes. The company emphasizes innovation, speed, and a data-driven approach to create patient-specific solutions that enhance surgical results and patient care.

Industries

health-care
medical-device
therapeutics

Nr. of Employees

large (251-1000)

ConforMIS

Burlington, Massachusetts, United States, North America


Products

Personalized total knee implant system

A knee arthroplasty system designed from patient CT data to match individual anatomy; components use standard orthopaedic materials and are intended for total or partial knee replacement.

Personalized total hip implant system

A custom primary total hip replacement system designed from CT imaging to replicate patient anatomy, with corresponding patient-specific surgical instruments and reaming tools.

Personalized total ankle implant system

A 3D-printed total ankle implant system designed to match patient bone geometry and provide multi-planar motion, accompanied by patient-specific instruments.


Services

Patient-specific implant design and pre-operative planning

Create individualized implant designs and 3D surgical plans from patient CT scans and deliver the plan to surgeons in advance of surgery.

Manufacture and supply of personalized implants and sterile surgical kits

In-house production of patient-specific metal implants and 3D-printed surgical instruments, including final inspection, sterilization, and sterile packaging for delivery to the operating facility.

Imaging qualification and CT data processing service

Qualify imaging centers to capture CT scans suitable for 3D modeling and perform CT image processing required for implant design and surgical-planning workflows.

Expertise Areas

  • Personalized orthopaedic implant design
  • Additive manufacturing for medical devices
  • Pre-operative surgical planning and guided placement
  • Biomaterials for osseointegration
  • Show More (3)

Key Technologies

  • Additive manufacturing (3D printing)
  • CT-based 3D modeling and segmentation
  • AI-driven design automation
  • Titanium alloy fabrication
  • Show More (5)

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