KUNWU® AI-Driven Control System

An AI-driven software platform that provides the computational foundation for robotic surgical systems, utilizing data algorithms and machine learning to optimize surgical performance. The software enables real-time precision control and adaptive surgical assistance.

Full-stack control system software providing real-time surgical navigation, instrument tracking, and procedural guidance integration. Designed for surgical integrators requiring precision imaging and tracking capabilities.

Automated surgical reporting and voice-activated control system reducing manual documentation burden for OR teams. Utilizes AI workflows to streamline record-keeping while maintaining focus on patient care.

Proprietary robotic operating system with autonomous path planning and AI-driven control algorithms for medical robotic applications. Supports intelligent task adaptation and real-time decision-making in healthcare environments.

Software platform using artificial intelligence algorithms for preoperative surgical planning in spinal procedures. The system analyzes imaging data to optimize surgical approach and implant positioning.

Artificial intelligence-based system for preoperative surgical planning in joint replacement procedures. Analyzes imaging data to optimize component positioning and sizing.

An AI-powered software platform that converts CT scans to interactive 3D models in minutes for pre- and intraoperative use in thoracic surgery. The platform provides patient-specific anatomical visualization for complex lung procedures such as segmentectomies and lobectomies, enabling surgeons to annotate tumors, plan resection margins, and simulate tissue movement. It integrates with PACS systems, runs locally to maintain data security within hospital networks, and supports real-time intraoperative guidance by displaying 3D anatomy alongside endoscopic video during VATS and robotic surgery procedures.

Preoperative surgical planning system utilizing 3D imaging data to generate customized surgical plans with visualization and simulation capabilities for improved intraoperative decision-making.

AI-powered 3D surgical planning and navigation software for thoracic surgery. Integrates DICOM imaging with real-time anatomical labeling, tumor annotation, and tissue simulation to support preoperative planning and intraoperative guidance during complex lung resections including lobectomy and segmentectomy. Enables visualization of patient-specific anatomy alongside endoscopic video during VATS/RATS procedures, reducing operating time by 20-30 minutes.

An intelligent surgical planning system for urological procedures that enables precise anatomical reconstruction to support accurate surgery. It offers comprehensive information to meet preoperative and intraoperative clinical needs, with automatic reconstruction capabilities and efficient delivery. The system supports internal network deployment for data security and clinical integration, and has received NMPA certification.

Integrated software and hardware platform combining real-time 3D imaging with intelligent surgical planning capabilities. Enables surgeons to visualize complex anatomical relationships and optimize surgical approach.

Software platform that uses artificial intelligence to calculate optimal surgical trajectories for minimally invasive orthopedic procedures. System provides real-time guidance to robotic surgical arms.