Shining 3D EinScan Medixa 3D scanner

 Shining 3D EinScan Medixa

The All-in-One 3D Scanning Solution for
Modern Orthopedics and Prosthetics

Transform your clinical practice with the EinScan Medixa, a wireless 3D scanner designed specifically for Orthotics and Prosthetics (O&P). This standalone device eliminates the inconvenience and discomfort of traditional plaster casting techniques by introducing a fully digital, contact-free workflow. Designed for clinicians who prioritize precision, patient comfort, and operational efficiency, the EinScan Medixa integrates scanning, built-in processing, and data export into a single, lightweight tool.

A Design for Clinical Excellence

The scanner achieves an RMS accuracy of less than 0.3 mm, with distances between points ranging from 0.2 to 3 mm, enabling detailed geometric captures suitable for the manufacture of customized O&P devices.

Precision and Detail (White Light):     Designed for targeted interventions, the white light mode has a field of view of 475 x 360 mm. It is particularly effective for focal areas requiring extreme fidelity, ensuring a high level of detail with an RMS accuracy of less than 0.3 mm.
Amplitude and Versatility (Infrared VCSEL): For larger volumes, infrared mode extends the field of view up to 1090 x 1260 mm, facilitating the scanning of large body sections.

Beyond its range, this technology excels on complex surfaces, enabling smooth scans even on dark textures, textiles, or hair.

5 MP Texture Camera: Records clinical markings and skin textures for a customized prosthetic fit.   An integrated 5-megapixel texture camera enhances scans by recording high-resolution surface details, including markings made by clinicians directly on the skin. This feature supports the creation of accurate 3D models that preserve critical visual information for the design and fitting processes.
Alignment options offer flexibility, including feature-based, texture-based, hybrid, marker-based, and global marker-based modes, ensuring smooth data stitching even in complex scans.

Features Tailored to O&P Workflows

Designed for O&P professionals, the EinScan Medixa includes specialized scanning presets for specific body parts, such as the face, cranial area, torso, upper limbs, lower limbs, feet, sockets, sitting positions, and foam boxes.

These presets automatically optimize settings such as resolution and exposure, reducing setup time and promoting consistent results across sessions.

Motion Compensation Algorithm

		One remarkable capability is that of advanced motion compensation algorithms, which adjust for minor patient movements—such as breathing during chest scans or subtle movements in infants during cranial assessments.

Operational Efficiency and Integration

As a standalone device, the EinScan Medixa operates wirelessly, powered by two replaceable 5500 mAh lithium-ion batteries providing up to three hours of continuous use. It supports USB-C charging even during scanning, enabling extended sessions without interruption.
The intuitive touchscreen interface guides users through the steps with minimal training, making it accessible to clinicians new to 3D technology.

Data export is straightforward, with outputs in standard formats such as STL, OBJ, and PLY requiring minimal post-processing. This compatibility facilitates direct integration into CAD/CAM systems and hospital management software, streamlining the path from digitization to final device production. Customizable settings allow for adaptation to unique clinical needs.

In practice, this scanner contributes to optimized clinical operations by shortening individual case times and increasing daily patient capacity. It also helps maintain digital records for ongoing evaluations, reducing the likelihood of errors from manual measurements.

Applications in Clinical Settings

The EinScan Medixa excels at creating customized solutions for a range of O&P needs. For example, it captures detailed limb shapes for prosthetic sockets, torso contours for spinal supports, or cranial shapes for helmets.

Beyond core O&P, it supports related fields such as seating assessments to aid mobility or foot modeling for therapeutic insoles. High-fidelity data promotes evidence-based designs, potentially improving fit accuracy and patient outcomes.

Concrete Benefits for Practice

The adoption of EinScan Medixa has resulted in measurable clinical improvements. It transforms a manual molding process that takes several hours into a digital capture that takes just a few minutes. This efficiency can significantly increase the number of patients treated daily, while improving their comfort.
The non-invasive, clean scanning process is particularly beneficial for pediatric, elderly, or sensitive patients. By providing consistently accurate digital models, the tool minimizes measurement errors and reduces the need for device remanufacturing, thereby improving practice profitability and patient outcomes.

A Complete Digital Ecosystem

The EinScan Medixa is designed as the cornerstone of a digital O&P practice. It enables seamless data transfer to design portals and laboratory systems.

For specialized applications such as orthotics or custom footwear, the FootStation 2 compatible accessory provides an optimized platform for accurate and repeatable foot scanning.
This integration-focused approach ensures that the scanner fits seamlessly into your existing workflow, preparing your practice for the future as you transition from analog impressions to a streamlined digital pipeline.

 

Discover the Medixa scanner in this video 

This scanner addresses key challenges in O&P by combining portability, accuracy, and user-friendly design. Its all-in-one nature simplifies adoption, while technical features such as dual light sources and motion correction deliver reliable results. For professionals looking to modernize their workflows, it offers a practical step toward digital efficiency without compromising quality.

Contact our expert to learn more and to help you improve your 3D scanning experience!

     • 1 3D scanner EinScan Medixa

     • 1 year warranty

Brochure (EN)