OEM Development

SurgicEye’s team consists of highly qualified software engineers and developers who design applications with the quality “Made in Germany”. The entire engineering process, from requirement elicitation, software architecture, implementation and testing, is conducted with care and the support of modern development facilities. The software development focuses on:

• Software architecture for imaging and navigation software,
• User interfaces for desktop and surgery devices,
• Algorithms for image processing, reconstruction, segmentation, registration, fusion and visualization,
• And algorithms for computer vision and augmented reality.

If you are interested in customized software development from SurgicEye GmbH for your clinic or company, please contact us at This e-mail address is being protected from spambots. You need JavaScript enabled to view it and e-mail us your request.

Imaging

SurgicEye GmbH has a profound background in medical image processing, reconstruction, segmentation, registration, fusion and visualization. We are interested in an integration of our solutions into your workflow or product. A subset of available algorithms to be integrated in your applications are:

Image Processing:

Convolution based filtering
Anisotropic filtering
Frequency domain filter

Image Reconstruction:

Iterative Reconstruction Algorithms (ART, ML-EM, ordered subsets)

Image Segmentation:

Intensity based
Region based
Graph cuts
Level sets
Model based

Image Registration:

Image based
Point based
Deformable

Visualization:

MPR rendering
Direct Volume Rendering
Model Based Rendering
Augmented Reality Overlay

Computer Vision:

Camera Calibration
Video tracking

Tracking:

Electromagnetic tracking
Optical Tracking

Navigation

SurgicEye GmbH is experienced in designing navigation solutions that are not limited to the classical image based navigation solutions. SurgicEye’s team was involved in the development of various creative and integrated smart imaging and navigation devices for surgery. This includes the entire scope from requirement engineering, design and architecture of software and hardware, as well as clinical testing and integration of new and innovative technologies into the surgical workflow.