GLOBAL 3D is the official distributor of Shining3D 3D scanners in Poland. Purchasing a 3D scanner from our store guarantees you'll receive a genuine device distributed in Poland and prompt technical support. We provide professional 3D scanner service. We also offer implementation training for your purchased device.

Medixa Shining3D EinScan 3D scanner

The Shining3D EinScan Medixa is a wireless 3D scanner designed specifically for orthopedics and prosthetics. Combining precision scanning, built-in data processing, and easy results export, the EinScan Medixa 3D scanner streamlines orthopedics and prosthetics processes, making them faster, more hygienic, and more efficient.

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The Shining3D EinScan Medixa is equipped with a dual light source: white light and infrared VCSEL, which allows for safe and comfortable scanning of various body parts. Additionally, the scanner has a set of preset scan settings for various body parts, simplifying and accelerating the 3D scanning process.

High efficiency

The Shining3D EinScan Medixa 3D scanner allows for scanning, processing, and exporting data on a single device. Furthermore, the EinScan Medixa is wireless and compact, making it easy to transport and operate in a variety of conditions – both in the office and in the field.

Personalized workflow

Thanks to its intuitive interface, the EinScan Medixa 3D scanner allows specialists to work efficiently even without prior 3D scanning experience. Designed specifically for orthopedics and prosthetics, the EinScan Medixa streamlines office workflows.

Comprehensive and personalized scanning settings

The Shining3D EinScan Medixa 3D scanner comes with a variety of pre-configured scan settings, tailored to a wide range of orthopedic and prosthetic applications. Pre-configured scan parameters cover various body parts, such as the skull, face, lower and upper limbs, torso, and feet. Additionally, scan settings can be customized to meet specific needs, creating fully personalized solutions.

High precision

The Shining3D EinScan Medixa features pre-set scanning parameters that enable the creation of accurate 3D models in STL, OBJ, and PLY formats with minimal post-processing. The data can be seamlessly integrated into CAD/CAM systems and orthotic and prosthetic design software. Unlike manual methods that require multiple measurements, the EinScan Medixa 3D scanner guarantees high precision in a single scan.

Motion compensation

Advanced algorithms compensate for slight patient movements during scanning. This is particularly important when scanning infant heads for corrective helmets and when scanning the torso, where natural breathing movements can affect the measurement.

High-resolution texture capture

The Shining3D EinScan Medixa 3D scanner is equipped with a 5MP texture camera that captures both precise geometry and detailed surface textures, including markings applied by specialists. This enables the creation of accurate 3D models for the design of personalized orthopedic and prosthetic devices.

Non-contact 3D scanning

Medixa Shining3D EinScan uses white and infrared light to capture high-quality 3D body models without physical contact. This solution makes the entire process faster, cleaner, and more convenient than the traditional plaster casting method, which can be cumbersome and uncomfortable. Furthermore, non-invasive scanning reduces patient stress, especially in children and the elderly.

Flexible integration and personalization options

The Medixa EinScan 3D scanner enables seamless data exchange with hospital ordering systems and design portals. Personalization features allow for workflow customization to the facility's needs and the creation of solutions consistent with brand identity, facilitating integration across diverse healthcare environments.

Compatible accessories

The Shining3D EinScan Medixa 3D scanner is compatible with the Shining3D FootStation 2. FootStation 2 is an advanced tool designed for precise foot scanning, primarily used in the medical, sports, and footwear industries. Shining3D FootStation 2 enables easy creation of 3D foot models, supporting the analysis and design of individual orthopedic insoles and custom footwear.