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Development of Advanced DICOM Viewer for Next-Generation Spinal Surgery Robotic System

globaldev.tech

Medical

Information technology

Clinical Limitations in Surgical Robotics

Existing commercial robotic solutions for spinal surgery suffer from limited utilization, low clinical adoption rates, and insufficient technical capabilities to address complex surgical requirements. Current systems lack integration of advanced imaging technologies and specialized software tools required for precision spinal interventions.

About the Client

Swiss medical startup developing next-generation surgical robotic solutions for spinal surgery, backed by $9.4M series A funding and 6 registered patents

Key Development Goals

Develop a specialized DICOM Viewer for real-time MRI imaging during spinal surgery
Integrate advanced 3D visualization capabilities with robotic surgical systems
Enhance clinical utilization through improved surgical precision tools
Secure regulatory approvals for medical device software integration

Core System Requirements

High-resolution MRI image viewing with DICOM standard compliance
Real-time 2D/3D vector graphics rendering
Interactive surgical planning tools with 3D anatomical modeling
Integration with robotic system control interfaces
Multi-modality image fusion capabilities

Technology Stack Requirements

C++ application development

Qt/QML framework

VTK (Visualization Toolkit)

3D Math libraries

CMake build system

Eigen matrix library

Catch2 testing framework

OpenGL rendering

Python scripting

System Integration Needs

Sapien robotic surgery system API
Medical imaging equipment interfaces
Surgical navigation systems
Hospital PACS (Picture Archiving and Communication Systems)

Quality Attributes

Medical-grade software reliability (IEC 62304 compliance)
Real-time rendering performance (≥30 FPS for 3D views)
HIPAA-compliant data security measures
Scalable architecture for future AI integration
Low-latency image processing (<50ms delay)

Expected Business Impact

Enabling precision spinal surgeries through advanced imaging integration, potentially increasing clinical adoption rates by 40-60%, accelerating regulatory approvals for the Sapien system, and establishing LEM Surgical as a leader in next-generation surgical robotics with projected 25% market share growth in spinal surgery robotics segment within three years of product launch