EinScan Medixa

Overview

EinScan Medix is a next generation, all in one handheld medical 3D scanner developed for highly accurate and efficient analysis of patient anatomy to the highest level of clinical comfort.
Specifically designed for orthotics and prosthetics (O&P) applications, it integrates scanning, data processing, and export functions into a standalone system, without the need for an external computer.

Core Features

Dual Light Source Technology

Utilizes both white light and infrared VCSEL illumination for assessing various skin tones and surface types.

Motion Compensation

Real time correction algorithm reduces artifacts caused by minor patient movements.

High Resolution Texture Capture

5 MP RGB camera ensures precise surface detailing for visualization, simulation, and clinical documentation.

Automatic Alignment Modes

Offers feature, texture, and marker alignment for reliable data registration.

Contact Free Scanning

Provides a hygienic, non invasive scanning experience ideal for pediatric and sensitive applications.

Preset Clinical Modes

Preconfigured scanning inputs for O&P applications including face, skull, torso, upper limb, lower limb, feet and socket.

Compact & Portable

Lightweight and mobile design enables use in clinics, wards, or on site healthcare environments.

Technical Specifications

Light Source

White Light + Infrared VCSEL

Texture Camera Resolution

5 MP

Point Distance

0.2 mm to 3.0 mm (adjustable by scanning mode)

Field of View (FOV)

White Light: 475 × 360 mm | Infrared VCSEL: 1090 × 1260 mm

Alignment Modes

Feature / Texture / Hybrid / Marker / Global Marker

Scanning Modes

Face, Cranial, Torso, Upper Limb, Lower Limb, Feet, Socket

Operating Mode

Standalone system with built in computing and touchscreen interface

Output File Formats

STL, OBJ, PLY

Data Transfer

USB or Local Network

Power Supply

AC 100 – 240 V | 50–60 Hz

Operating Temperature

10 – 35 °C

Weight

Approximately < 2 kg (device only)

Workflow Integration

Scan Acquisition

Captures 3D anatomical data in less than 2 minutes per area with prospection and automatic optimization.

Data Processing

Performs mesh generation, surface smoothing, and automatic hole filling within the in built processor.

Design & Fabrication

Enables direct transfer to CAD/CAM or O&P design software for orthosis, prosthesis, and additive manufacturing processes.

Clinical Documentation

Generates high resolution 3D records for patient tracking, fitting evaluation, and outcome analysis.

Clinical Applications

Orthotics

Design and fabrication of foot orthosis, spinal braces, seating systems, and cranial helmets.

Prosthetics

Precise 3D scanning for upper and lower limb sockets, cosmetic covers, and custom interface fittings

Rehabilitation

Development of adaptive supports, mobility aids, and posture correction devices.

Maxillofacial & Cranial Reconstruction