Frost Radar™: Next-generation Surgical Robotic Technology Platforms, 2021

Frost Radar™: Next-generation Surgical Robotic Technology Platforms, 2021

A Benchmarking System to Spark Companies to Action – Innovation That Fuels New Deal Flow and Growth Pipelines

RELEASE DATE
03-Aug-2021
REGION
North America
Research Code: DA07-01-00-00-00
SKU: HC03436-GL-MR_25622
$4,950.00
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SKU
HC03436-GL-MR_25622
$4,950.00
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Description

During the last decade, adoption of robot-assisted surgery has increased significantly as opportunities have multiplied for performing minimally invasive procedures. Overall, surgical robotic platforms facilitate more precise surgeries and improve the repeatability of procedural movements. These benefits support faster recovery and better outcomes for patients. In spite of their many advantages, surgical robotic platforms have drawbacks. Legacy surgical robots involve a large setup that consumes significant space in the operating room. The platforms are not mobile and cannot be transferred from one room to another post installation. Moreover, the instrument setup and positioning of conventional robotic surgical arms before the procedure requires considerable effort, which subsequently increases the total operation time frame.

Next-generation surgical robotic technology platforms have been built with unique designs, advanced instrumentation, and analytics and visualization technologies that address the limitations of conventional surgical robotic systems. These platforms have a smaller footprint that makes them easily accommodated in operating rooms without taking up much space. Moreover, these mobile platforms can be rapidly deployed in various operating rooms to facilitate higher utilization. The unique configuration and minimal cable management of next-generation platforms ensure quick docking and set up that results in shorter operating room time frames for both surgeons and patients. In addition, these platforms complement and extend surgeons’ ability to minimize surgical variability. This is a key factor driving adoption of the platforms among hospitals, as now complex surgical tasks can be performed with greater control and less strain while ensuring patient safety.

In a field of about 30 industry participants, Frost & Sullivan independently plotted in this Frost Radar™ analysis the top 14 companies who are actively involved in developing next-generation surgical robotic technology platforms. The Radar™ reveals the market positioning of each company using its Growth and Innovation scores as highlighted in the Frost Radar™ methodology. The document presents competitive profiles on each company based on its strengths, opportunities, and market positioning. We discuss strategic market imperatives and the competitive environment that vendors operate in as well as make recommendations for each provider to spur growth.

Table of Contents

Strategic Imperative

Strategic Imperative (continued)

Strategic Imperative (continued)

Growth Environment

Growth Environment (continued)

Frost Radar™: Next-generation Surgical Robotic Technology Platforms

Frost Radar™

Frost Radar™

Frost Radar™

Intuitive Surgical

CMR Surgical Ltd.

Asensus Surgical, Inc.

Medtronic

Corindus, Inc.

Johnson & Johnson

Robocath, Inc.

Memic Innovative Surgery Ltd.

avateramedical GmbH

Medrobotics Corporation

MicroSure B.V.

Titan Medical Inc.

Virtual Incision Corporation

Preceyes B.V.

Strategic Insights

Significance of Being on the Frost Radar™

Frost Radar™ Empowers the CEO’s Growth Team

Frost Radar™ Empowers Investors

Frost Radar™ Empowers Customers

Frost Radar™ Empowers the Board of Directors

Frost Radar™: Benchmarking Future Growth Potential

Frost Radar™: Benchmarking Future Growth Potential

Legal Disclaimer

During the last decade, adoption of robot-assisted surgery has increased significantly as opportunities have multiplied for performing minimally invasive procedures. Overall, surgical robotic platforms facilitate more precise surgeries and improve the repeatability of procedural movements. These benefits support faster recovery and better outcomes for patients. In spite of their many advantages, surgical robotic platforms have drawbacks. Legacy surgical robots involve a large setup that consumes significant space in the operating room. The platforms are not mobile and cannot be transferred from one room to another post installation. Moreover, the instrument setup and positioning of conventional robotic surgical arms before the procedure requires considerable effort, which subsequently increases the total operation time frame. Next-generation surgical robotic technology platforms have been built with unique designs, advanced instrumentation, and analytics and visualization technologies that address the limitations of conventional surgical robotic systems. These platforms have a smaller footprint that makes them easily accommodated in operating rooms without taking up much space. Moreover, these mobile platforms can be rapidly deployed in various operating rooms to facilitate higher utilization. The unique configuration and minimal cable management of next-generation platforms ensure quick docking and set up that results in shorter operating room time frames for both surgeons and patients. In addition, these platforms complement and extend surgeons ability to minimize surgical variability. This is a key factor driving adoption of the platforms among hospitals, as now complex surgical tasks can be performed with greater control and less strain while ensuring patient safety. In a field of about 30 industry participants, Frost & Sullivan independently plotted in this Frost Radar™ analysis the top 14 companies who are actively involved in developing next-generation surgical robotic technology platforms. The Radar™ reveals the market positioning of each company using its Growth and Innovation scores as highlighted in the Frost Radar™ methodology. The document presents competitive profiles on each company based on its strengths, opportunities, and market positioning. We discuss strategic market imperatives and the competitive environment that vendors operate in as well as make recommendations for each provider to spur growth.
More Information
No Index No
Podcast No
Author Neeraj Nitin Jadhav
Industries Healthcare
WIP Number DA07-01-00-00-00
Is Prebook No