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EinScan Medixa
All-in-One 3D Scanner Creates for O&P Care: Efficient, Precise, Comfort
- Tailored workflow for orthotics & prosthetics
- Versatile & personalized scan presets
- Movement compensation
- Contact-free and patient-friendly
Comfort for Patients Confidence for Clinicians
EinScan Medixa streamlines workflows for O&P clinicians, providing patients with a faster, cleaner, and more comfortable experience.
Wireless & Standalone
Tailored Software
Versatile & Personalized
Contact-Free Scanning
High-Resolution Texture
High-Quality 3D Data
Movement Compensation
Flexible Integration & Customization
All-in-One Design for Maximum Efficiency
EinScan Medixa combines scanning, processing, and data export all in one device.
- Lightweight & portable: Easy to carry and use in various environments, whether in the clinic or on-site
- Standalone operation: No need for an external computer, simplifying setup and use
- Quick & convenient: Less time spent on the scanning process, improving patient throughput
Tailored Workflow
With an intuitive, step-by-step interface, EinScan Medixa enables clinicians without 3D scanning experience to operate efficiently, reducing appointment times.
- Optimized for O&P: Designed specifically for orthotic and prosthetic workflows, streamlining clinical operations
- Minimal training required: Reduces the learning curve for non-technical staff and clinicians
Versatile & Personalized Scan Presets
EinScan Medixa features multiple pre-configured scan presets, customized for a wide range of O&P applications.
- Pre-configured scan parameters: for different body parts, such as cranial, face, limbs, torso, foot, seating, and socket to save scanning time
- Customizable settings: Clinicians can easily adjust scan parameters to meet specific needs for personalized device creation
High-Precision Results
- High-quality 3D data: Pre-set scanning parameters deliver accurate 3D models in STL, OBJ, and PLY with minimal post-processing, seamlessly integrating with CAD/CAM and O&P design software
- Consistency in accuracy: Unlike manual methods requiring multiple measurements, EinScan Medixa ensures precision in one scan
Movement Compensation
Advanced algorithms compensate for slight movement from the patient during scanning, especially when capturing 3D data of infant heads for cranial helmets or torsos affected by breathing.
High-Resolution Texture Capture
Equipped with a 5MP texture camera, EinScan Medixa captures both precision geometry, and high-resolution surface textures drawn by clinicians, enabling accurate 3D modeling for customized O&P devices.
Contact-Free Scanning
- Non-contact technology: Uses white and infrared lights to capture high-quality 3D body models without physical contact
- Comfortable for patients: The process is faster, cleaner, and more comfortable compared to the mess and discomfort of traditional plaster casting methods
- Improved patient satisfaction: Non-invasive scanning reduces patient stress, especially for children and elderly patients
Flexible Integration & Customization
EinScan Medixa supports smooth data transfer with hospital ordering systems and design portals. Customizable features enable tailored clinical workflows and branded experiences, enhancing integration within varied healthcare environments.
How Does 3D Technology Enhance Orthortics & Prosthetics?
Orthotics and prosthetics clinics sought to cut production time and expenses for custom devices, while ensuring greater accuracy and patient comfort.
| Category | Traditional Method | 3D Digitizing Method |
|---|---|---|
| Method | Plaster casting, tape measure, manual drawings, CAD modeling, milling | Contactless 3D scanning with EinScan Medixa, auto CAD conversion, direct to fabrication |
| Materials used | Plaster, foam boxes, and manual tools | None (fully digital) |
| Accuracy | Inconsistent, operator-dependent, multiple measurements to take average values | One-time scanning, high-accuracy results |
| Data archiving | Not good to track | Data is documented and is to be used to compare in the follow-up assessment |
| Rework rate | 15 ~ 20% | < 3% |
| Patient experience | Messy and traumatic | Clean and comfortable |
| Time per step (Take cranial for example) |
Casting: 30 minutes Measurement: 1 hour CAD design: 3 hours Milling and finishing: 30 minutes |
Scanning: 30 seconds Post-processing & CAD: 20 minutes Milling and finishing: 30 minutes |
| Total time per case | 5 hours | 1 hour |
| Patient throughput (per 8h workday) | 1.6 patients / day | 8 patients / day |
| Time savings | 80% reduction in time | |
| Patient throughput increase | 400% increase in capacity | |
Technical Specifications
| Property | Detail |
|---|---|
| Scan presets | Face, Cranial, Torso, Upper limb, Lower limb, Feet, Socket, Seating, Foam box |
| Light source | White light | Infrared VCSEL |
| Point distance | 0.2 ~ 3 mm |
| FOV | White light: 475 × 360 mm | Infrared VCSEL: 1090 × 1260 mm |
| Texture camera resolution | 5 MP |
| Alignment modes | Feature / Texture / Hybrid / Markers / Global markers |
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