AOMS: what is currently verified—and what is not

Verified current status

On 2026-09-20, Orthotic Energy’s current first-party Technology page publicly presented the Automated Orthotic Manufacturing System (AOMS®), iPad-based three-dimensional scanning, digital model creation, CNC production of a positive cast, vacuum moulding, finishing and quality-control stages. The same page said that physical slipper/plaster casts, foam impressions and three-dimensional laser scans can be inputs to its manufacturing process.

This is evidence of what the laboratory currently represents, not an independent device test. The rebuild deliberately omits the source page’s superlative accuracy claim and promotional iPad offer because no test protocol, comparison data, eligibility terms or current fulfilment evidence was available.

Where AOMS fits in the order

The system sits between the clinic’s assessment/prescription inputs and physical fabrication. A capture can describe geometry, while the prescription describes what should be made and why. The laboratory still needs correct patient and side association, complete order fields, appropriate footwear context, readable files and a route to stop production when information conflicts.

A digital model may support repeatable corrections and a CNC-milled positive used for vacuum forming. Those process descriptions do not prove that every submitted scan is acceptable, that all casts can be digitized, or that a particular shell, accommodation or cover can be manufactured without clarification.

Compatibility questions to resolve

• Which scanner models, operating-system versions and capture applications are currently supported?
• Which file formats, scale, orientation and metadata are accepted?
• What completeness and artefact checks occur before an order enters design?
• How are patient identity, laterality, duplicate submissions and corrected files controlled?
• What happens when the capture and prescription conflict?
• Can clinics export their source files, and how long are files and derived models retained?
• What manual route is available during a device, network or application outage?

Verification method and limits

The current page was rendered in Chromium at a 1440 × 1000 viewport, its visible headings and text were recorded, and a full-page screenshot was stored in the project evidence set. The application reported no console or network failure during that capture. This method verifies the public representation and page operation only; it does not verify dimensional accuracy, production uptime, cybersecurity, training, patient outcomes or professional suitability.

Practical next step

Before purchasing hardware or relying on a capture route, ask Orthotic Energy to confirm the exact supported configuration and test a non-patient sample through capture, transfer, receipt and review. Record the configuration and acceptance result. Clinics can then use the digital workflow guide to plan identity, privacy and exception controls.

Sources: current Orthotic Energy Technology page; project capture and method in the documented verification record available through Contact.