About ClaraSim Systems

ClaraSim utilizes AI to convert pre-operative scans into segmented 3D models, enabling surgeons to visualize complex anatomies for precise surgical rehearsals. This technology eliminates the limitations of static DICOM images, allowing for realistic, patient-specific training and preparation for intricate procedures.

```xml <problem> Surgeons planning complex operations often rely on static DICOM images, which can be limiting for visualizing intricate anatomies and anticipating intraoperative challenges. Traditional surgical training methods may lack patient-specific rehearsal opportunities, hindering skill development and preparedness for diverse cases. </problem> <solution> ClaraSim provides an AI-powered platform that transforms pre-operative scans into interactive, segmented 3D models, enabling surgeons to visualize patient-specific anatomies with enhanced clarity. The software automatically segments DICOM images, saving surgeons time and effort in manual segmentation. Surgeons can use these realistic 3D models to rehearse complex procedures, identify potential hurdles, and optimize their surgical approach. ClaraSim also facilitates case-specific training, allowing surgeons and trainees to practice on virtual models of unique and challenging cases, improving their skills and confidence. </solution> <features> - AI-driven automatic segmentation of pre-operative CT scans into 3D models within seconds - Realistic, patient-specific, haptic rehearsal of complex otolaryngological procedures - Case-specific training module for practicing on virtual models of interesting cases - Segmentation optimized for temporal bone CT scans, with plans to expand to other anatomies - Interactive manipulation of segmented 3D models for detailed anatomical visualization </features> <target_audience> The primary users are otolaryngologists (ENT surgeons), surgical residents, and medical educators seeking advanced tools for surgical planning, rehearsal, and training. </target_audience> ```

What does ClaraSim Systems do?

Where is ClaraSim Systems located?

ClaraSim Systems is based in Houston, United States.

When was ClaraSim Systems founded?

ClaraSim Systems was founded in 2023.

Who founded ClaraSim Systems?

ClaraSim Systems was founded by Kunal Shah.

Kunal Shah - CEO

Location

Houston, United States

Founded

2023

Employees

1 employees

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ClaraSim Systems

Score: 7/100

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Executive Summary

clarasim.co 10+

Founded 2023 – Houston, United States

Funding

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Team (<5)

Kunal Shah

CEO

Company Description

Problem

Surgeons planning complex operations often rely on static DICOM images, which can be limiting for visualizing intricate anatomies and anticipating intraoperative challenges. Traditional surgical training methods may lack patient-specific rehearsal opportunities, hindering skill development and preparedness for diverse cases.

Solution

ClaraSim provides an AI-powered platform that transforms pre-operative scans into interactive, segmented 3D models, enabling surgeons to visualize patient-specific anatomies with enhanced clarity. The software automatically segments DICOM images, saving surgeons time and effort in manual segmentation. Surgeons can use these realistic 3D models to rehearse complex procedures, identify potential hurdles, and optimize their surgical approach. ClaraSim also facilitates case-specific training, allowing surgeons and trainees to practice on virtual models of unique and challenging cases, improving their skills and confidence.

Features

AI-driven automatic segmentation of pre-operative CT scans into 3D models within seconds

Realistic, patient-specific, haptic rehearsal of complex otolaryngological procedures

Case-specific training module for practicing on virtual models of interesting cases

Segmentation optimized for temporal bone CT scans, with plans to expand to other anatomies

Interactive manipulation of segmented 3D models for detailed anatomical visualization

Target Audience

The primary users are otolaryngologists (ENT surgeons), surgical residents, and medical educators seeking advanced tools for surgical planning, rehearsal, and training.