Technologies Enabling Surgical Robots of the Future (TechVision)

  • ID: 3646750
  • Report
  • Region: Global
  • 70 Pages
  • Frost & Sullivan
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Breakthrough Innovations in Surgical Robots Changing the Industry Dynamics
Robots have increasingly become important in the field of surgical interventions due to growing complexity of surgical procedures for difficult diseases, and greater demand towards minimal invasive surgery. This research service highlights technological advances and innovations in surgical robots. The R&D network driving the growth of surgical robot industry is also analysed.

Research finds out that the innovation ecosystem of surgical robot industry is a conglomeration of companies, universities, research institutes, and governmental organizations that collaborate and co-ordinate to support new inventions. The research covers drivers and challenges of surgical robot industry and the enabling technologies. It focuses on the emerging technologies which are set to change the paradigm of surgical robots, and finally a detailed strategic assessment of the industry environment and recommendations enabling the surgical robots of future.

Key Focus Areas

Technology trends: This research service highlights technological advances in surgical robots. Innovations in core component technologies of surgical robots, new research in different application area of surgical robots are covered. The R&D network driving the industry growth is analyzed in the research service.

Market forces: The research service analyzes market accelerators and challenges and their impact on technology and business prospects. It maps the influence and impact of these market forces over current and long terms outlook for the surgical robot industry.

Market landscape: The research service assesses the landscape of the surgical robot industry and gives strategic technology as well as management recommendations. It also identifies emerging opportunities and its potential in the surgical robotics industry.
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1. Executive Summary
  • Scope of Research
  • Research Methodology
  • Key Findings
  • Surgical Robots - Overview
2. Technology Segmentation
  • Technology Segmentation (Based on Indication/Application)
  • Robot-assisted Orthopedic Surgery
  • Robot-assisted Neurosurgery
  • Robot-assisted Obstetrics & Gynecology (OB/GYN) Surgery
  • Robot-assisted Gastrointestinal Surgery
  • Robot-assisted Laparoscopic Surgery
  • Robot-assisted Cancer Surgery
  • Robot-assisted Cardiovascular Surgery
  • Robot-assisted Ocular Surgery
  • Technology Segmentation (Based on Component Technology)
  • Component Technology Snapshot
3. Global R&D Network Analysis - Value Chain Assessment
  • R&D Networks - Overview
  • Types of R&D Networks
  • Existing R&D Networks
  • Emerging Business Model
4. Global R&D Network Analysis - Environmental Assessment
  • Key Drivers - Market and Technology Factors
  • Key Drivers Explained
  • Key Challenges - Market and Technology Factors
  • Key Market Challenges Explained
  • Key Technology Challenges Explained
  • Funding Assessment
  • Competition Environment
5. Strategic Management of R&D - Industry Trends and Requirements
  • Strategic Recommendations Enabling Surgical Robots of Future
  • Technology Management Strategies
6. Emerging Opportunities in Surgical Robots
  • Technology Advancements
  • Emerging Technologies
7. IP Landscape Analysis
  • Patent Landscape Analysis
  • Recent Key Patents
  • List of Key Industry Participants
  • Legal Disclaimer
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