customed.ai

What It Is

CustoMED positions itself as a “personalized surgical operating system” for surgeons, medical centers, implant manufacturers, and 3D printing labs. It aims to turn medical scan images into outputs such as 3D anatomical models, surgical plans, patient-specific guides, anatomical models, implants, and intraoperative guidance, creating a closed loop from Scan and Plan to Print and Perform.

Core Capabilities

The platform offers two workflows: AI Lab focuses on using proprietary AI to generate plans and designs directly from imaging data, which doctors can then review, modify, and approve themselves; Cloud Lab has engineers create the plans and designs, with doctors commenting and approving in real time in the cloud. Its coverage is concentrated in orthopedics and related surgical scenarios, including total knee replacement, high tibial osteotomy, shoulder replacement, distal radius ORIF, tumor reconstruction, cranioplasty, fibula mandibular reconstruction, and more. The website highlights minute-level planning and reduced back-and-forth with engineers, but does not disclose model architecture, training data, accuracy metrics, regulatory certifications, or clinical validation data, so institutions still need to verify output quality themselves.

Pricing and Privacy

The official website does not publish pricing, plans, free quotas, or trials; users can only book a demo or submit a contact form, which is a typical enterprise sales model. The privacy policy states that it collects contact information, payment information, service usage history, device data, and usage data. Data may be processed in Israel and other jurisdictions, and the company says it uses commercially reasonable security measures. For Chinese hospitals, because medical imaging and potentially patient data may be transferred across borders, local regulations, data export requirements, de-identification, and contractual liability must be reviewed before procurement.

Pros, Cons, and Best Fit

Its strengths are a clear end-to-end workflow, a combination of automation and engineer support, and suitability for scaled deployment across hospital departments, personalized delivery by implant manufacturers, and batch production by 3D printing labs. Its weaknesses are that the public information is largely marketing-oriented and lacks details on pricing, APIs, PACS/DICOM integration, certifications, and Chinese-language support. It is better suited to hospitals, medical device companies, and 3D printing service providers that already have a foundation in personalized surgery or medical-engineering translation and can conduct clinical and compliance assessments.

Access from China and Alternatives

Accessibility from China cannot be confirmed from the main content, and payment methods are not disclosed. If you plan to use it, you may also need to evaluate proxy networking, cross-border service stability, and international payments. Comparable options include Materialise Mimics/3-matic, 3D Systems D2P, as well as domestic Chinese providers of 3D medical imaging reconstruction, surgical planning, and 3D printing services.