Skip to content
website new logo
website new logo

EXScan O&P

EXScan O&P is a specialized software designed to integrate seamlessly with the EinScan H2 handheld 3D scanner. This powerful solution enhances workflow efficiency, enabling O&P professionals to create precise, custom orthopedic and prosthetic devices with ease.

  • Intuitive & User-Friendly Workflow
  • Versatile Scanning Modes
  • High-Quality 3D Data Output
  • Integrated with EinScan H2
Free Download

Streamline the 3D Digitization of Human Body Scan

Benefits for the O&P Industry

Client Safety & Comfort

Client Safety & Comfort

The process is clean, neat, and completely risk-free, ensuring safety and comfort for both clients and clinicians.
Accuracy of shape capture

Accuracy of shape capture

Eliminates cast distortion and human error with accurate shape capture, enabling CAD modification and additive manufacturing.
Faster Client Delivery

Faster Client Delivery

The streamlined process reduces delivery time while ensuring improved comfort and fit for clients.
Efficient Justification Process

Efficient Justification Process

Digital archives enable before/after change demonstrations and streamline handling justification and less documentation requests.
Track, Repeat, Duplicate

Track, Repeat, Duplicate

Accurately reproduces OP devices, accommodates revisions easily, and ensures consistent quality and fit.
Portable Clinic Solution

Portable Clinic Solution

Lightweight, easy to set up, and mess-free, with instant electronic scan transfers to the lab, saving shipping time.

EinScan H2 - Advanced 3D Scanning Solution

  • Portable and Lightweight Design: Weighing just 730g, the EinScan H2 is ergonomically designed for comfort and portability, making it ideal for on-site scanning in any environment.
  • Non-contact 3D scanning: Using advanced structured light technology, the EinScan H2 captures high-precision 3D human body models while accommodating slight movements during scanning. This eliminates the mess and discomfort associated with traditional plaster methods.
OP软件落地页所需图片

Intuitive and user-friendly interface

The real-time, step-by-step scanning process ensures a seamless and accessible experience, making human body scanning faster and more efficient than ever before.

 

SW

Versatile scanning modes

Designed for a wide range of O&P applications, the scanner offers multiple scan modes, including Cranial, Face, Upper Limb, Torso, Lower Limb, Foot Station (for insoles, SMO, AFO-KAFO), Seating (for postural seats), and Socket. This versatility supports the creation of diverse O&P products.

screenshot_2025-02-19_16-21-58

High-quality 3D data output

Pre-configured settings for all body scan modes, combined with an intelligent automatic alignment algorithm, streamline workflows by minimizing the need for manual post-processing. The scanner delivers high-quality 3D models in STL and OBJ formats, ensuring compatibility with CAD/CAM and specialized O&P design software.

 

Want to know more about EXScan O&P?

  • What is EXScan O&P and its purpose?

    EXScan O&P is software compatible with the EinScan H2 scanner, streamlining digital body capture for O&P purpose. It enhances workflow efficiency, reduces human error, and creates high-quality 3D models for custom orthopedic and prosthetic devices.

  • How does EXScan O&P improve patient outcomes?

    It ensures patient comfort with non-contact scanning, increases accuracy with digital models, speeds up O&P device delivery, enables progress tracking with digital archives, and allows consistent quality for repeat production.

  • What business benefits does EXScan O&P offer?

    It increases efficiency, reduces material costs, shortens appointment times, boosts patient volume, and enhances professional reputation through consistent digital outputs and marketing tools.

  • How does EXScan O&P support O&P research?

    It delivers precise digital documentation, enables outcome comparisons, supports various research studies, and ensures reliable, repeatable data for scientific publications and peer-reviewed research.