EinScan Medixa for Orthotics and Prosthetics

For an orthotics and prosthetics clinic, a useful 3D scan is one the design team can open, assess, and work from. Missing anatomy, an unclear patient position, or a file the fabrication partner cannot import can mean another appointment.

EinScan Medixa brings scanning, processing, and an O&P-focused interface into one handheld device. Its included onboard software lets clinicians capture and review surface geometry without a separate scanning computer. This guide covers where it fits in a clinic, what the software includes, and how to evaluate the complete path from patient capture to a usable design file.

Where Medixa fits in an O&P clinic

The scanner has presets for cranial and facial capture, the torso, upper and lower limbs, feet, sockets, seating, and foam boxes. Choose the preset around the intended deliverable, then agree on the capture conditions with the person who will modify or fabricate from that scan.

These are capture workflows, not automatic device-design prescriptions. Clinical assessment, corrective design, fabrication, and fitting remain separate responsibilities. A clean mesh alone does not establish that an orthosis or prosthesis will fit as intended.

Included O&P software, without a scanning workstation

Medixa includes its native onboard O&P software for scanning, processing, editing, measurement, and export. SKYLAB3D's current configuration does not require a separate license or ongoing subscription for that native workflow. EXModel and Inspect are not included or required for standard onboard operation.

The integrated screen lets the operator inspect the capture before moving on. The documented measurement tools include a bounding box and point-to-point distance. A geodesic option measures distance along a connected surface; it is not the same measurement as a straight line between two points.

Ask separately about any downstream O&P design platform, laboratory service, or manufacturing system. Being able to export a mesh does not include the receiving software's license, a fabricated device, or clinical design services.

Review the capture while the patient is still available

Prepare a stable, comfortable position under the clinic's protocol. Hair and clothing can obscure the intended surface. Movement compensation is intended to help with slight motion; it does not remove the need to manage patient position or inspect the result.

1. Start with the relevant preset. Confirm the scan region and required output before changing resolution or alignment settings.
2. Watch coverage during capture. Follow the intended surface rather than assuming a single pass has recorded every contour.
3. Rotate and inspect the result. The scanning interface allows review of missing areas and continued capture. Resolve important gaps before ending the session.
4. Keep editing traceable. Remove unwanted background carefully. Where hole filling creates a surface, do not mistake it for anatomy that was actually captured. Retain the original when the clinic's record policy requires it.

If the lab relies on skin markings, demonstrate texture capture and verify that those markings survive the chosen export and import path. Appearance on the scanner screen is only the first check.

Foot Station 2 is a separate configuration decision

The dedicated feet-scanning procedure uses a bound Foot Station 2. It supports single-foot or both-feet capture. The documented Insole-SMO mode covers the sole to the ankle, while AFO-KAFO extends from the sole toward the thigh.

During a demonstration, check that the station markers remain visible and that the sole is complete. The manufacturer's procedure cautions against strong overhead direct light. Have the clinician define the appropriate positioning and loading conditions for the intended device.

Review Foot Station 2 compatibility and configuration alongside the scanner. It is an accessory, not a standalone scanner, and should appear as a separate item unless the selected package explicitly includes it.

Export files and Mac access

Medixa exports STL, OBJ, and PLY files. Its documented sharing options include riiForm, BabySymmetry, and Protosthetics, with supported formats varying by platform. Confirm the exact import requirements and account access with your receiving team before committing to a workflow.

Scanning runs on the device itself. For USB-C file transfer, Windows supports direct access through the system file manager. On a Mac, the manufacturer instructs users to install third-party transfer software such as OpenMTP. That is a transfer requirement, not a statement that a desktop scanning application runs on macOS.

Activate the device before the first export; unactivated devices cannot upload or export projects. For the handoff test, open a representative file in the actual destination software and confirm scale, orientation, visible landmarks, and any required texture. Send the capture position and relevant project notes through the clinic's approved record process.

Before using any cloud-sharing route for patient data, have the clinic's privacy and IT leads approve it. HHS guidance calls for appropriate risk analysis and business associate arrangements when a HIPAA-regulated organization uses a cloud provider to handle electronic protected health information. A sharing feature by itself does not establish compliance.

What to bring to a SKYLAB3D demonstration

A useful evaluation ends with an accepted file, not just a successful scan on screen. Bring a representative, appropriately authorized test case and the receiving team's requirements.

• Your common application: Identify the body region, existing device, or impression you capture most often.
• Acceptance criteria: Specify the contours, landmarks, and measurements the recipient needs, including when a rescan would be required.
• The destination: Name the design software, version, and fabrication partner. Test the import rather than relying on a format label.
• A repeat scan: Check consistency under your expected operator and positioning conditions.
• Total handling time: Include setup, capture, review, editing, and transfer when comparing the workflow with your current process.
• Implementation needs: Include accessories, onboarding, and any downstream licenses in the purchase review. On-site training fees are quoted plus travel expenses.

For general human-shape capture in workplace or product development, our EinScan H2 ergonomic body-scanning guide covers that different application. Medixa's O&P presets and standalone operation are the focus here.

Ready to review the configuration? Request a Medixa quote from SKYLAB3D with the accessories, training, and file-delivery requirements your clinic needs.

Technical references

Manufacturer documentation and clinical data-handling guidance:

• Shining 3D: Medixa hardware and onboard workflow overview
• Scan presets, resolution, and alignment modes
• Patient and scene preparation and capture review controls
• Onboard measurement tools and mesh-editing controls
• Dedicated feet-scanning procedure
• Export formats and platform sharing and activation and Windows/Mac file transfer
• HHS guidance on HIPAA and cloud computing