Segmeridian for Rhino - medical image segmentation

Segmeridian for Rhino is a powerful semi-automated client-based medical image segmentation:

• Robust and solid medical image segmentation tool.
• Powered by cutting-edge machine learning advances in medical imaging, 3D geometry processing, and computer vision.
• Combines CT/MRI imaging, mask layers, and mesh processing in a single client-based application.
• Complete end-to-end workflow from DICOM/Nifti to mesh stereolithography.

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MIA Robotic Hand - Recorded webinar now available

 

If you missed the latest Rhino User Webinar, it is now available!

Learn how the award-winning MIA Hand, a robotic hand for amputees, was designed by the Italian company Elastico Disegno to be worn with pride and help the user overcome practical difficulties in daily life.

During the webinar, you will see how SubD and PTC Creo played a key role and how Grasshopper was used for the customization.

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Rhino User Webinar: MIA Robotic Hand

Rhino User Webinar

MIA Robotic Hand

12 February 2025 at 4:00 pm (CET)

This webinar presents the award-winning MIA Hand, a robotic hand for amputees. It was designed to be worn with pride and help the user overcome the practical difficulties and the social stigma of losing a limb.

This session will cover how MIA Hand was designed with SubD, jointly developed with Rhino and PTC Creo, and how Rhino with Grasshopper was used for the customization.

About the speaker:

Guido Cherici is an industrial designer with a master in interface design. He is one of the founding partners at Elastico Disegno, a Product Design studio based in Turin, Italy.

Founded in 1998, they work together with clients to recognize opportunities, identify innovative ideas, and transform them into actual products, be it an electronic device, a toy, an industrial kitchen, or anything in between. Thanks to their cross-industry experience, Elastico Disegno provides a full range of services from concept to product for a broad range of companies worldwide.

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3D printed surgical guides combined with monitored guidewires for placement of cervicothoracic pedicle screws

 

Rhino and its medical plugin Rhino3DMedical have been used on a technical note in a study on the accuracy and safety of 3D-printed surgical guides for the placement of cervicothoracic pedicle screws. The study was led by the Neurosurgery Department of Centro Hospitalar Vila Nova de Gaia/Espinho and Pagaimo Medical from Figueira da Foz, Portugal.

More information and complete details...