EinScan Medixa 3D Scanner for Orthortics & Prosthetics
EinScan Medixa
The EinScan Medixa is an all-in-one handheld 3D scanner developed specifically for orthotics and prosthetics (O&P) workflows. It combines scanning, processing, and data export within a single standalone device, removing the need for external computers and simplifying clinical deployment. Designed for contact-free patient capture, Medixa enables fast, repeatable acquisition of high-quality 3D body data for applications such as cranial helmets, limb orthotics, and custom seating solutions.
With pre-configured scan presets, movement compensation, and high-resolution texture capture, the system reduces manual measurement steps and post-processing time while improving consistency across cases. This makes it suitable for clinics aiming to digitise workflows, increase patient throughput, and produce more accurate custom-fit devices with less rework.
All-in-One Workflow for Clinical Efficiency
EinScan Medixa integrates scanning hardware, onboard processing, and export tools into a single portable unit. This allows clinicians to capture, process, and prepare scan data directly on the device without relying on a connected workstation. The streamlined workflow reduces setup time and removes common technical barriers associated with traditional 3D scanning systems.
Its standalone operation is particularly useful in clinical environments where space, mobility, and ease of use are important. The lightweight design allows the scanner to be used across multiple rooms or taken on-site when required, while maintaining consistent performance.
- Fully standalone operation with no external PC required
- Integrated processing and export for STL, OBJ, and PLY formats
- Portable and lightweight design for flexible clinical use
- Reduced setup complexity for faster deployment
Tailored O&P Workflow and Scan Presets
Medixa is designed specifically for orthotic and prosthetic workflows, with an interface that guides users through each stage of the scanning process. Pre-configured scan presets allow clinicians to quickly switch between applications such as cranial, facial, limb, torso, and foot scanning without manually adjusting parameters.
This reduces the learning curve for non-technical users and ensures consistent data capture across different operators. Customisable settings also allow fine-tuning for specific patient needs or device requirements, supporting personalised device design while maintaining efficiency.
- Pre-configured presets for cranial, limbs, torso, feet, and more
- Step-by-step guided workflow for ease of use
- Minimal training required for clinical staff
- Customisable scan parameters for personalised applications
High-Quality Data with Movement Compensation
EinScan Medixa captures accurate 3D geometry using white light and infrared VCSEL technology, producing high-quality scan data suitable for CAD/CAM workflows and custom device manufacturing. The system delivers consistent results in a single scan, reducing reliance on multiple measurements or manual corrections.
Movement compensation algorithms help maintain scan accuracy when capturing patients who may not remain perfectly still, such as infants or torso scans affected by breathing. A 5MP texture camera also captures surface detail and clinician markings, supporting more precise modelling and fitting.
- Accuracy up to RMS < 0.3 mm for clinical applications
- Movement compensation for reliable patient scanning
- White light and infrared scanning for versatile surface capture
- 5MP texture capture for detailed surface data and markings
Watch the EinScan Medixa in Action
| Technical Specifications | Technical Specifications – EinScan Medixa
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What’s in the Box
- EinScan Medixa 3D Scanner Unit
- Integrated Touchscreen Display
- 2 × Rechargeable Batteries (5500mAh each)
- USB-C Power Adapter (60W PD3.0)
- USB-C Cable
- Protective Carry Case
- Calibration Board
- User Documentation & Quick Start Guide
Optional accessories such as the FootStation 2 are available separately for dedicated foot scanning workflows.
