Shining 3D

Shining 3D

Shining 3D is a global leader in advanced 3D scanning and digital manufacturing technologies, providing innovative tools that streamline workflows in orthotics and prosthetics. Their solutions are designed to capture accurate anatomical data, accelerate design processes, and improve patient outcomes through precision and customization.

Key Applications in O&P

  • 3D Body Scanning

    • High-resolution handheld and desktop scanners deliver precise surface data for residual limbs, body segments, or patient models.

    • Enables fast, non-invasive measurements that reduce casting errors and improve patient comfort.

  • Digital Design Integration

    • Scanned data can be seamlessly transferred into CAD/CAM software for the design of prosthetic sockets, orthotic shells, insoles, and braces.

    • Facilitates real-time modifications and repeatable results.

  • Additive Manufacturing Workflow

    • Shining 3D’s ecosystem supports integration with 3D printing for producing check sockets, test orthoses, or final patient-ready components.

    • Enhances turnaround speed while reducing material waste.

Product Highlights

  • EinScan Series – Versatile handheld 3D scanners providing rapid, high-accuracy limb and body surface data for clinical applications.

  • FreeScan Series – Professional-grade laser scanners, ideal for capturing complex geometries with exceptional accuracy, useful for socket design and spinal orthoses.

  • AccuFab 3D Printers – Reliable and precise 3D printing solutions for fabricating molds, test devices, and custom orthotic or prosthetic components.

Why Choose Shining 3D for O&P?

  • Accuracy & Consistency – Minimize fitting errors and enhance patient satisfaction.

  • Efficiency – Reduce manual labor associated with plaster casting and traditional modifications.

  • Digital Workflow Compatibility – Easy integration with common O&P design and manufacturing software.

  • Patient-Centered Care – Non-contact scanning improves comfort, particularly for sensitive residual limbs.

1 product

  • Shining 3D Einscan Medixa Orthotics & Prosthetics 3D Handheld Scanner

    Shining 3D Einscan Medixa Orthotics & Prosthetics 3D Handheld Scanner

    The EinScan Medixa is a wireless, all-in-one 3D scanner from SHINING 3D, purpose-built for orthotics & prosthetics workflows. It combines precision scanning, onboard processing, and seamless data export in a compact, contact-free setup designed to improve both patient experience and clinic efficiency. Key Features & Capabilities Feature Description Benefit for O&P Clinics Contact-free, Wireless Scanning Uses white light and infrared VCSEL illumination; the scanner is handheld and does not require physical contact.  Improves comfort, especially for sensitive areas, infants, or patients unable to hold still; reduces infection risk and mess. Standalone Operation (Onboard Processing) Scans, processing, and data export all happen within the device; no always-on external computer needed.  Simplifies setup; more portable; allows use in field clinics or for outreach; reduces hardware requirements. Versatile & Personalized Scan Presets Preconfigured settings for various body parts: face, cranial, torso, upper & lower limbs, feet, socket, seating, foam box. Settings are also customizable.  Speeds up scanning; ensures consistency; reduces operator error; better fit for diverse patient needs. Movement Compensation Algorithms built in to tolerate small patient movement (e.g. breathing, slight shifts) during scanning.  Reduces need for rescans; particularly useful for infants, kids, or patients who can’t stay perfectly still. High-Resolution Texture Capture Equipped with a 5-megapixel texture camera; captures both geometry & surface texture.  Enables more accurate modeling (e.g. skin features, texture) which helps with device interfaces, shaping, aesthetic/fit concerns. Flexible Alignment Modes Supports multiple alignment modes: feature-based, texture, hybrid, markers, global markers.  Makes scanning more reliable across different surfaces, shapes, and scan conditions. Helps ensure better scanned model fidelity. Technical Specs (Basics) • Point spacing: 0.2 – 3 mm • Field of view (FOV): White light ~ 475×360 mm; Infrared mode ~ 1090×1260 mm• Accuracy: from ~0.05 mm (volumetric accuracy) in many modes.  Ensures precision for custom prosthetic sockets, orthotic parts, and where geometry matters deeply. Larger FOV helps capture larger body parts or full-limb scans. How EinScan Medixa Elevates O&P Workflows Faster Turnaround: Transitioning from manual plaster casting and measurements to digital scan-based models cuts down case time dramatically. Less setup, fewer manual steps.  Reduced Rework & Error: More accurate data capture means fewer adjustments or remakes of sockets, braces or prosthetic components.  Improved Patient Comfort: Non-contact scanning reduces discomfort, mess, and stress especially in vulnerable patients (children, elderly, pain sufferers). Portability & Flexibility: Being lightweight (~953g) and having battery operation plus wireless capabilities enables use outside main clinic setups (mobile clinics, bedside, field).  Data & Aesthetic Fidelity: Texture capture allows clinicians to better capture skin surface features which may matter for socket interfaces, liners, or cosmetic covers. Also useful for 3D printed or milled parts where texture mapping or color matters.

    $4,995.00

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