EinScan Medixa

Clinical 3D Scanning for Prosthetics, Orthotics, and Anatomical Workflows

The EinScan Medixa from SHINING 3D is a handheld 3D scanning solution designed for medical, anatomical, prosthetic, and orthotic applications. Built for clinics, labs, research teams, and digital healthcare workflows, Medixa provides a non-contact way to capture accurate surface geometry from the human body and other anatomical forms.

For prosthetics and orthotics professionals, reliable 3D data is the foundation of a better digital workflow. Medixa helps replace traditional casting methods with a faster, cleaner, and more repeatable scanning process, allowing users to capture limbs, torsos, and other anatomical regions with detailed surface information that can be used for CAD design, modification, and manufacturing.

Built for Clinical Precision

Medixa is designed to capture high-quality anatomical geometry with the accuracy and consistency required for clinical applications. Its structured light scanning technology allows users to capture dense surface data quickly while maintaining a non-contact workflow that is comfortable for patients and efficient for technicians.

This makes the scanner especially useful for applications where fit, comfort, and repeatability matter. Whether scanning for prosthetic sockets, orthotic devices, rehabilitation supports, or anatomical research, Medixa provides the geometric detail needed to support digital design and downstream production.

The scanner’s real-time visualization also helps users monitor scan coverage during capture. This allows technicians to identify missing areas, adjust their scanning path, and confirm that the necessary anatomy has been captured before moving into design or processing.

A Cleaner Alternative to Traditional Casting

Traditional plaster casting can be messy, time-consuming, and uncomfortable for patients. It also requires physical storage, manual modification, and additional handling before a digital design workflow can begin.

Medixa helps modernize this process by capturing anatomical shape digitally from the start. Instead of creating a physical cast, users can generate a digital model that can be reviewed, modified, archived, and transferred into CAD or manufacturing software. This reduces material waste, improves workflow efficiency, and gives clinics a more scalable way to manage patient-specific data.

For growing prosthetics and orthotics labs, digital scanning can help reduce remakes, improve communication between clinicians and technicians, and create a more consistent process from patient capture to final device fabrication.

Designed for Prosthetics and Orthotics

Medixa is especially well suited for prosthetic and orthotic workflows where accurate body geometry is essential. The scanner can be used to capture residual limbs, braces, supports, torso shapes, and other anatomical surfaces needed for custom device design.

Because the scan is captured digitally, clinicians and technicians can work more efficiently through the design process. The resulting model can be used as a reference for socket design, orthotic modification, pressure relief planning, and manufacturing preparation. This creates a smoother connection between patient evaluation, digital modeling, and production.

The non-contact scanning process is also helpful when working with sensitive anatomy or patients who may not tolerate traditional casting well. By reducing physical contact and shortening capture time, Medixa helps create a more comfortable and efficient clinical scanning experience.

Repeatable Results for Digital Workflows

Consistency is critical in clinical production. A scanner used in a prosthetics or orthotics workflow needs to support repeatable results across different operators, patients, and scan sessions.

Medixa is designed to support standardized digital workflows by producing reliable scan data that can move into CAD, modification, and manufacturing processes. When used under proper scanning conditions, the system helps reduce variation between captures and gives teams a stronger foundation for patient-specific design work.

Repeatability also matters for follow-up visits and long-term patient care. Digital scan data can be stored, compared, and referenced over time, helping clinicians document changes, evaluate fit, and manage patient history more effectively.

Streamlined Scan-to-Design Workflow

Medixa is built to fit into modern clinical and digital manufacturing environments. After capture, scan data can be processed into usable 3D models for design, modification, archiving, or manufacturing preparation.

The workflow is designed to move efficiently from scanning to processing and then into CAD or fabrication. Real-time visualization, alignment tools, mesh processing, and common export formats help users connect scan data to existing digital design and production systems.

This is especially important for clinics and labs looking to increase throughput. By reducing manual casting steps and shortening the time between capture and design, Medixa can help teams improve turnaround times while maintaining a cleaner and more organized digital process.

Ideal Applications

Medixa is a strong fit for prosthetics, orthotics, rehabilitation, anatomical research, custom medical device design, clinical documentation, and patient-specific modeling. It is especially useful for teams that want to move away from traditional casting and build a more digital workflow around scan-based design.

The scanner can support applications such as prosthetic socket design, orthotic brace development, torso and limb capture, posture-related documentation, rehabilitation device design, and anatomical surface digitization.

Why Choose EinScan Medixa?

EinScan Medixa gives clinical teams a practical way to bring 3D scanning into prosthetics, orthotics, and anatomical workflows. By combining non-contact capture, detailed surface geometry, real-time visualization, and digital model output, it helps users move from patient capture to digital design more efficiently.

For clinics and labs looking to modernize their workflow, Medixa provides a cleaner alternative to traditional casting and a more scalable way to create, store, and use patient-specific 3D data.

Elevate Your Digital Clinical Workflow

Whether you are modernizing a prosthetics lab, improving orthotic design consistency, or building a research-grade anatomical digitization workflow, EinScan Medixa provides the speed, precision, and flexibility needed for modern clinical 3D scanning.

Contact UMAX to request a demo and learn how EinScan Medixa can fit into your prosthetics, orthotics, or anatomical scanning workflow.