Surgical Robots Market Shares, Strategies, and Forecasts, Worldwide, 2015 to 2021
LEXINGTON, Massachusetts (April 30, 2015) – WinterGreen Research announces that it has published a new study Surgical Robots: Market Shares, Strategy, and Forecasts, Worldwide, 2015 to 2021. The 2015 study has 553 pages, 216 tables and figures. Worldwide surgical robot markets are poised to achieve significant growth as next generation systems provide a way to improve traditional open surgery and decrease the number of ports needed for minimally invasive surgery.
Intuitive Surgical has market leadership position, advanced technology, an impressive installed base and a well trained group of surgeons able to manage the robots. Patients fare better when the surgery is done by surgical robots. The documentation of improvements in care delivery, the ability to ensure better outcomes from surgery promise that surgical robotics is a strong growth market.
Intuitive Surgical will be difficult to dislodge, its dominant position is based on technological excellence that keeps being improved and competitors have a difficult time catching up, much less improving on the Intuitive Surgical technology. Other leading competitors will emerge and the group of several surgical robotic companies will collectively have enough marketing dollars and enough marketing clout to drive replacement of all open surgery. Robotic surgery is positioned to become the standard of care.
Intuitive Surgical has achieved market saturation in colorectal surgery in the US, it will work on increasing its presence in other surgical market sectors. The leading robotic surgical companies are poised to grow through acquisition, purchasing smaller companies that have developed as specialized product and gained FDA approval. As detailed in the market research study there are a lot of those in every medical specialty and more to come.
The surgical robot market is characterized enormous variety and innovation.
Snake robots are wonderfully interesting surgical robots. Medrobotics offers a highly articulated multi-linked robot. It enables minimally-invasive procedures to replace open surgical procedures. It works for many parts of the anatomy. It works in places in the body that are difficult or previously impossible to reach. The robot-assist platform includes on-board visualization. and contains multiple open device channels to accept a variety of third party surgical and interventional instruments. The robot enables physicians to operate through non-linear circuitous paths, self-supported, and through a single-site access into the body.
The maneuverability of the robot is gained from its numerous mechanical linkages with concentric mechanisms. Each mechanism can be placed into a rigid or a limp state. By employing a patented 'follow-the-leader' movement strategy with these alternating states, the robot can be directed into any shape through the relative orientations of its linkages.
A surgical robot recurring revenue model business model is essentially large one time purchase for a system complimented by replaceable or disposable instruments that cumulatively market a much larger and ongoing market. Vendors make money from the one time sale of a system and recurring revenue from sale of devices used in every operation.
Initially, a vendor sells and installs the surgical system into new customer accounts. Once systems are sold into customer accounts, the vendor generates recurring revenue as our customers use the system to perform surgery. To do surgeries, the customers need to buy and consume instruments and accessory products. Vendors also generate recurring revenue from system service.
The ability to deliver such an accurate dose of radiation means that the cancer can be eradicated in patients before the patient is administered a lethal dose of radiation. This prepresents a cure for cancer once it gets working according to the promise of the systems now in place.
The Accuray radiation systems that address the oncology market are perhaps the most exciting technology ever offered to any market. Because the systems are able to control the dose of radiation Amount of activity in the market, many companies, FDA approvals, way for existing vendors to improve footprint in market
In the field of radiation oncology, the Accuray CyberKnife® Robotic Radiosurgery System is universally recognized as the premier radiosurgery system capable of delivering high doses of radiation with sub-millimeter accuracy anywhere in the body. As validated and proven in numerous peer-reviewed publications, the precision and accuracy of the system combines with continual image guidance and robotic mobility to deliver treatments characterized by high conformality and steep dose gradients.
The newest addition to the CyberKnife product line, the CyberKnife VSI™ System, continues Accuray’s tradition of innovation. Building on a foundation of accuracy and precision in radiosurgery, the CyberKnife VSI System extends these benefits to fractionated high precision radiation therapy with Robotic IMRT™ that can be delivered anywhere in the body.
The automated process revolution in surgery and communications is being implemented via robots. Robots automation of systems is providing significant improvement in the accuracy of surgery and the repeatability of process.
According to Susan Eustis, lead author of the study, “Existing open surgery can be replaced in large part by robotic minimally invasive surgery (MIS) during the ofrecast period. Minimally invasive robotic surgery, new robotic radiation treatment, and emerging robotic surgical approaches complement existing surgery techniques. Soon, all surgery will be undertaken with at least come aspects of robotic surgery replacing or complementing open surgery.”
During a robot assisted surgical procedure, the patient-side cart is positioned next to the operating table with the electromechanical arms arranged to provide access to the initial ports selected by the surgeon. Metal tubes attached to the arms are inserted through the ports, and the cutting and visualization instruments are introduced through the tubes into the patient’s body.
The surgeon performs the procedure while sitting at a console, manipulating the instrument controls and viewing the operation through a vision system. When a surgeon needs to change an instrument the instrument is withdrawn from the surgical field using the controls at the console. This is done many times during an operation.
The companies that get an early foothold in the market have significant strategic advantage. The robotic surgical technique benefits hospitals by reducing the length of patient stays, thereby enabling better cost management. This factor is driving demand for surgery robot systems. Since robotics provide surgeons with a precise, repeatable and controlled ability to perform procedures in tight spaces, they are increasingly in demand.
The aging US population has supported demand, since the occurrence of health issues that require medical devices is higher in the elderly population. Buoyed by strong demand and sales, industry profit margins have increased considerably during the past five years.
Hospitals are adopting robotic surgical devices to improve their outcomes numbers. Hospitals are measured on outcomes, robots for surgery, when used by a trained physician are improving outcomes significantly.
Hundreds of universities worldwide have research programs in robotics and many are awarding degrees in robotics. These “roboticists” are increasingly being hired by Global 2000 organizations to link mobile robots (mobile computers) into existing IT systems.
Compared with other minimally invasive surgery approaches, robot-assisted surgery gives the surgeon better control over the surgical instruments and a better view of the surgical site. Surgeons no longer have to stand throughout the surgery and do not tire as quickly. Hand tremors are filtered out by the robot’s computer software. The surgical robot can continuously be used by rotating surgery teams.
Surgical robot device markets at $3.2 billion in 2014 are anticipated to reach $20 billion by 2021 as next generation devices, systems, and instruments are introduced to manage surgery through small ports in the body instead of large open wounds.
The complete report provides a comprehensive analysis including procedure numbers, units sold, market value, forecasts, as well as a detailed competitive market shares and analysis of major players’ success, challenges, and strategies in each segment and sub-segment. The reports cover markets for: medical specialties and sub-specialties.
WinterGreen Research is an independent research organization funded by the sale of market research studies all over the world and by the implementation of ROI models that are used to calculate the total cost of ownership of equipment, services, and software. The company has 35 distributors worldwide, including Global Information Info Shop, Market Research.com, Research and Markets, Bloomberg, and Thompson Financial. It conducts its business with integrity.
WinterGreen Research is an independent research organization funded by the sale of market research studies all over the world and by the implementation of ROI models that are used to calculate the total cost of ownership of equipment, services, and software. The company has 35 distributors worldwide, including Global Information Info Shop, Market Research.com, Research and Markets, Bloomberg, and Thompson Financial. WinterGreen Research is positioned to help customers facing challenges that define the modern enterprises. The increasingly global nature of science, technology and engineering is a reflection of the implementation of the globally integrated enterprise. Customers trust wintergreen research to work alongside them to ensure the success of the participation in a particular market segment.
WinterGreen Research supports various market segment programs; provides trusted technical services to the marketing departments. It carries out accurate market share and forecast analysis services for a range of commercial and government customers globally. These are all vital market research support solutions requiring trust and integrity.
Intuitive Surgical has market leadership position, advanced technology, an impressive installed base and a well trained group of surgeons able to manage the robots. Patients fare better when the surgery is done by surgical robots. The documentation of improvements in care delivery, the ability to ensure better outcomes from surgery promise that surgical robotics is a strong growth market.
Intuitive Surgical will be difficult to dislodge, its dominant position is based on technological excellence that keeps being improved and competitors have a difficult time catching up, much less improving on the Intuitive Surgical technology. Other leading competitors will emerge and the group of several surgical robotic companies will collectively have enough marketing dollars and enough marketing clout to drive replacement of all open surgery. Robotic surgery is positioned to become the standard of care.
Intuitive Surgical has achieved market saturation in colorectal surgery in the US, it will work on increasing its presence in other surgical market sectors. The leading robotic surgical companies are poised to grow through acquisition, purchasing smaller companies that have developed as specialized product and gained FDA approval. As detailed in the market research study there are a lot of those in every medical specialty and more to come.
The surgical robot market is characterized enormous variety and innovation.
Snake robots are wonderfully interesting surgical robots. Medrobotics offers a highly articulated multi-linked robot. It enables minimally-invasive procedures to replace open surgical procedures. It works for many parts of the anatomy. It works in places in the body that are difficult or previously impossible to reach. The robot-assist platform includes on-board visualization. and contains multiple open device channels to accept a variety of third party surgical and interventional instruments. The robot enables physicians to operate through non-linear circuitous paths, self-supported, and through a single-site access into the body.
The maneuverability of the robot is gained from its numerous mechanical linkages with concentric mechanisms. Each mechanism can be placed into a rigid or a limp state. By employing a patented 'follow-the-leader' movement strategy with these alternating states, the robot can be directed into any shape through the relative orientations of its linkages.
A surgical robot recurring revenue model business model is essentially large one time purchase for a system complimented by replaceable or disposable instruments that cumulatively market a much larger and ongoing market. Vendors make money from the one time sale of a system and recurring revenue from sale of devices used in every operation.
Initially, a vendor sells and installs the surgical system into new customer accounts. Once systems are sold into customer accounts, the vendor generates recurring revenue as our customers use the system to perform surgery. To do surgeries, the customers need to buy and consume instruments and accessory products. Vendors also generate recurring revenue from system service.
The ability to deliver such an accurate dose of radiation means that the cancer can be eradicated in patients before the patient is administered a lethal dose of radiation. This prepresents a cure for cancer once it gets working according to the promise of the systems now in place.
The Accuray radiation systems that address the oncology market are perhaps the most exciting technology ever offered to any market. Because the systems are able to control the dose of radiation Amount of activity in the market, many companies, FDA approvals, way for existing vendors to improve footprint in market
In the field of radiation oncology, the Accuray CyberKnife® Robotic Radiosurgery System is universally recognized as the premier radiosurgery system capable of delivering high doses of radiation with sub-millimeter accuracy anywhere in the body. As validated and proven in numerous peer-reviewed publications, the precision and accuracy of the system combines with continual image guidance and robotic mobility to deliver treatments characterized by high conformality and steep dose gradients.
The newest addition to the CyberKnife product line, the CyberKnife VSI™ System, continues Accuray’s tradition of innovation. Building on a foundation of accuracy and precision in radiosurgery, the CyberKnife VSI System extends these benefits to fractionated high precision radiation therapy with Robotic IMRT™ that can be delivered anywhere in the body.
The automated process revolution in surgery and communications is being implemented via robots. Robots automation of systems is providing significant improvement in the accuracy of surgery and the repeatability of process.
According to Susan Eustis, lead author of the study, “Existing open surgery can be replaced in large part by robotic minimally invasive surgery (MIS) during the ofrecast period. Minimally invasive robotic surgery, new robotic radiation treatment, and emerging robotic surgical approaches complement existing surgery techniques. Soon, all surgery will be undertaken with at least come aspects of robotic surgery replacing or complementing open surgery.”
During a robot assisted surgical procedure, the patient-side cart is positioned next to the operating table with the electromechanical arms arranged to provide access to the initial ports selected by the surgeon. Metal tubes attached to the arms are inserted through the ports, and the cutting and visualization instruments are introduced through the tubes into the patient’s body.
The surgeon performs the procedure while sitting at a console, manipulating the instrument controls and viewing the operation through a vision system. When a surgeon needs to change an instrument the instrument is withdrawn from the surgical field using the controls at the console. This is done many times during an operation.
The companies that get an early foothold in the market have significant strategic advantage. The robotic surgical technique benefits hospitals by reducing the length of patient stays, thereby enabling better cost management. This factor is driving demand for surgery robot systems. Since robotics provide surgeons with a precise, repeatable and controlled ability to perform procedures in tight spaces, they are increasingly in demand.
The aging US population has supported demand, since the occurrence of health issues that require medical devices is higher in the elderly population. Buoyed by strong demand and sales, industry profit margins have increased considerably during the past five years.
Hospitals are adopting robotic surgical devices to improve their outcomes numbers. Hospitals are measured on outcomes, robots for surgery, when used by a trained physician are improving outcomes significantly.
Hundreds of universities worldwide have research programs in robotics and many are awarding degrees in robotics. These “roboticists” are increasingly being hired by Global 2000 organizations to link mobile robots (mobile computers) into existing IT systems.
Compared with other minimally invasive surgery approaches, robot-assisted surgery gives the surgeon better control over the surgical instruments and a better view of the surgical site. Surgeons no longer have to stand throughout the surgery and do not tire as quickly. Hand tremors are filtered out by the robot’s computer software. The surgical robot can continuously be used by rotating surgery teams.
Surgical robot device markets at $3.2 billion in 2014 are anticipated to reach $20 billion by 2021 as next generation devices, systems, and instruments are introduced to manage surgery through small ports in the body instead of large open wounds.
The complete report provides a comprehensive analysis including procedure numbers, units sold, market value, forecasts, as well as a detailed competitive market shares and analysis of major players’ success, challenges, and strategies in each segment and sub-segment. The reports cover markets for: medical specialties and sub-specialties.
WinterGreen Research is an independent research organization funded by the sale of market research studies all over the world and by the implementation of ROI models that are used to calculate the total cost of ownership of equipment, services, and software. The company has 35 distributors worldwide, including Global Information Info Shop, Market Research.com, Research and Markets, Bloomberg, and Thompson Financial. It conducts its business with integrity.
WinterGreen Research is an independent research organization funded by the sale of market research studies all over the world and by the implementation of ROI models that are used to calculate the total cost of ownership of equipment, services, and software. The company has 35 distributors worldwide, including Global Information Info Shop, Market Research.com, Research and Markets, Bloomberg, and Thompson Financial. WinterGreen Research is positioned to help customers facing challenges that define the modern enterprises. The increasingly global nature of science, technology and engineering is a reflection of the implementation of the globally integrated enterprise. Customers trust wintergreen research to work alongside them to ensure the success of the participation in a particular market segment.
WinterGreen Research supports various market segment programs; provides trusted technical services to the marketing departments. It carries out accurate market share and forecast analysis services for a range of commercial and government customers globally. These are all vital market research support solutions requiring trust and integrity.
SURGICAL ROBOT MARKET SHARES AND FORECASTS
Surgical Robot Market Driving Forces
Surgical Robotics Market Driving Forces
Healthcare Robotics Enabling Technology
Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Entrepreneurial Manufacturers with FDA-Approved Products Provide Sourcing To Larger Companies
Surgical Robot Market Risks
Medical Surgical Robots: Robotic Minimally Invasive Surgery Market Shares
Medical Surgical Robots: Robotic-Assisted Minimally Invasive Surgery Market Shares
Robotic Surgery Equipment Market Forecasts
1. SURGICAL ROBOTS MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Robotic Surgical System
1.1.1 Market Strategy for the Robotic Surgical System
1.1.2 Focus on Key Institutions
1.2 Focus on Leading Surgeons to Drive Rapid and Broad Adoption
1.2.1 Maintain Market Leadership
1.2.2 Develop Industry Alliances
1.2.3 Increasing Patient Awareness
1.3 Clinical Applications For Technology
1.4 Elder Assistance Robot Market Strategy
1.5 Medical / Surgical Delivery Robots
1.5.1 Assistive Technology
1.6 Rehabilitation Robots
1.7 Neuroscience Basic Mechanisms Of Neurogenesis And Neuroplasticity
1.7.1 Neuro-Developmental Engineering
1.7.2 Intelligent Rehabilitation
1.7.3 Bilateral and Unilateral ADL-Focused Robot Therapies
1.7.4 Robotic Rehabilitation Assistive Technology
1.7.5 Robots, Aged Care, And Emotional Bonding With Machines
1.7.6 InTouch Health Remote Presence
1.7.7 InTouch Platforms Integrate Seamlessly With da Vinci Systems
1.7.8 In Touch Health Remote Presence RP-7s Robot Doctors
1.8 Educational Robots For Children in Hospitals
1.9 Hospital Robots
1.10 Mechanized Couriers
1.10.1 Man vs. Machine: Robots at Japanese Hospital
2. SURGICAL ROBOT MARKET SHARES AND FORECASTS
2.1 Surgical Robot Market Driving Forces
2.1.1 Surgical Robotics Market Driving Forces
2.1.2 Healthcare Robotics Enabling Technology
2.1.3 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
2.1.4 Entrepreneurial Manufacturers with FDA-Approved Products Provide Sourcing To Larger Companies
2.1.5 Surgical Robot Market Risks
2.2 Medical Surgical Robots: Robotic Minimally Invasive Surgery Market Shares
2.2.1 Medical Surgical Robots: Robotic-Assisted Minimally Invasive Surgery Market Shares
2.2.2 Medical Surgical Robots Markets And Systems Shares, Units And Dollars, Worldwide, 2014
2.2.3 Medical Robotic Surgery by Segment
2.2.4 Intuitive Surgical Robotics da Vinci System
2.2.5 Intuitive Surgical Cardiothoracic Surgeries
2.2.6 Intuitive Surgical Head and Neck Cancer
2.2.7 Intuitive Surgical Improve Its Procedure Volumes
2.2.8 Intuitive Surgical Overcomes The Difficulty Of Market Saturation
2.2.9 Intuitive Surgical
2.2.10 Intuitive Surgical Potential Competition From Google and Johnson & Johnson
2.2.11 Google and Johnson & Johnson
2.2.12 Hansen Medical
2.2.13 Think Surgical
2.2.14 iRobot and InTouch Health
2.2.15 MAKO Surgical
2.2.16 Accuray
2.2.17 Accuray CyberKnife Robotic Radiosurgery System
2.2.18 Accuray Results
2.2.19 Restoration Robotics
2.2.20 Titan Robot
2.2.21 Titan Robot Partners
2.2.22 Medrobotics Positioning
2.3 Robotic Surgery Equipment Market Forecasts
2.3.1 Surgical Robot Systems Forecasts
2.3.2 Medical Robotic Surgery Challenges
2.3.3 Surgical Robot Disposable Instruments Forecasts
2.3.4 Surgical Robot Systems vs. Disposable Instruments Forecasts
2.3.5 Surgical Robot Application Forecasts
2.3.6 Growth Of Laparoscopic Robotic Prostatectomy
2.3.7 Medical Robot Systems Market Drivers
2.3.8 Surgical Robot Market Segment Forecasts Dollars and Units
2.3.9 Cancer Robotic Surgery Learning Curves
2.3.10 Robotic Surgery Equipment
2.3.11 U.S. Minimally Invasive Spinal Implant Market To Outpace Growth In Traditional Spine Market
2.3.12 Medtronic Dominates MIS Spine Markets
2.3.13 Asia - Pacific Minimally Invasive Surgery Spinal Device Market
2.3.14 Medicare and Medicaid Impact
2.3.15 Hip and Knee Robotic Surgery
2.4 Surgical Robot Applications
2.4.1 Urology
2.4.2 Gynecology
2.4.3 General Surgery
2.4.4 Cardiac
2.4.5 Head and Neck Surgery
2.4.6 US Target Procedures:
2.4.7 Intuitive Surgical da Vinci Surgical System Procedure Volume
2.4.8 Reported Clinical Benefits of da Vinci Hysterectomy Procedures for Benign Conditions
2.4.9 Robotic Surgery ENT Opportunity
2.4.10 General Surgery Robot Market Opportunities
2.4.11 Radiation Oncology
2.4.12 Number of Surgeries Incidence of Disease
2.4.13 Hair Loss
2.5 Robotic Surgery Equipment Prices
2.5.1 Intuitive Surgical da Vinci Surgical System Prices
2.5.2 Accuray
2.6 Robotic Surgery Equipment Regional Market Segments
2.6.1 Intuitive Surgical Regional Revenue
2.6.2 Intuitive Surgical European Demand
2.6.3 Intuitive Surgical in Japan
2.6.4 Chinese and Taiwanese Markets for Minimally Invasive Spinal Devices
2.6.5 China Emerging as a Surgical Robot Market
2.6.6 Aging Taiwanese Population
2.6.7 Brazil
3. SURGICAL ROBOTS PRODUCT DESCRIPTION
3.1 Key Players In The Global Medical Robots
3.2 General Surgery, Gynecology, Urology
3.3 Intuitive Surgical da Vinci Xi
3.3.1 Intuitive Surgical da Vinci Xi Surgical System Minimally Invasive Surgery
3.3.2 Intuitive Surgical da Vinci Surgical System
3.3.3 Intuitive Surgical da Vinci Surgical System Components
3.3.4 Intuitive Surgical Patient-Side Cart and Electromechanical Surgical Arms
3.3.5 Intuitive Surgical 3-D Vision System
3.3.6 Intuitive Surgical Firefly Fluorescence Imaging
3.3.7 Intuitive Surgical da Vinci Skills Simulator
3.3.8 Intuitive Surgical Instruments and Accessories
3.3.9 Intuitive Surgical da Vinci Single-Site
3.3.10 Intuitive Surgical EndoWrist One Vessel Sealer
3.3.11 Intuitive Surgical Accessory Products
3.3.12 Intuitive Surgical Da Vinci Minimally Invasive Surgical Product
3.3.13 Intuitive Surgical Cardiac Surgery
3.4 Titan Medical
3.4.1 Titan Medical SPORT Surgical Next Generation System
3.4.2 Titan Visualization Viewing Portal
3.4.3 Titan Integration Successful Deployments Into Single 25mm Incision in Abdominal Cavity
3.4.4 Titan Medical Surgical Robotic System
3.4.5 Titan Robotic Single Incision Platform:
3.4.6 Titan Medical Amadeus Robotic Surgical System
3.5 Cardiac / Vascular Surgery
3.5.1 Varicose Veins
3.6 Hansen Medical Magellan Robotic System
3.6.1 Hansen Medical Magellan Robotic System
3.6.2 Magellan Robotic System Benefits
3.6.3 Hansen Medical Magellan Robotic System
3.6.4 Hansen Medical Magellan Robotic Catheter Intravascular Navigation
3.6.5 Hansen Sensei X Robotic Catheter System
3.6.6 Hansen Medical Magellan 1 mm Tip Movement
3.6.7 Hansen Medical Sensei Robotic System Indications for Use
3.6.8 Hansen Advanced Robotic Solution for Arrhythmias
3.6.9 Hansen Medical Sensei X Robotic System
3.7 Spine Surgery
3.7.1 Scoliosis an Abnormal Curvature Of The Spine
3.8 Mazor Robotics
3.8.1 Mazor Robotics Renaissance Spine Procedures
3.8.2 Mazor Robotics Leading Spine Surgery Innovation
3.8.3 Mazor Robotics Spine Procedures
3.8.4 Mazor Robotics Minimally Invasive Spine Fusion:
3.8.5 Mazor Robotics Scoliosis Correction Surgery:
3.8.6 Mazor Robotics Vertebroplasty:
3.8.7 Mazor Robotics Spine Biopsies:
3.9 Cancer Surgery
3.9.1 Lumpectomy
3.9.2 Modified Radical Mastectomy
3.9.3 Lung Cancer Surgery
3.10 Accuray CyberKnife M6 Series
3.10.1 Accuray CyberKnife M6 FIM System
3.10.2 Accuray / CyberKnife VSI System
3.10.3 Accuray CyberKnife Robotic Radiosurgery System
3.10.4 Accuray / TomoTherapy System
3.10.5 Accuray CyberKnife G4 System
3.10.6 Accuray Multileaf Collimator
3.10.7 Class A User Licenses for Accuray Products Awarded to 16 Hospitals in China
3.10.8 Accuray Solutions
3.10.9 Accuray TomoTherapy System
3.11 Knee and Hip Surgery
3.11.1 Hip Replacement
3.12 Stryker / MAKO Surgical
3.12.1 Stryker Robotic Joint Surgical
3.12.2 MAKO Surgical RIO Robotic Arm
3.13 Pharmacy and Compounding Automation
3.14 Aesynt / Health Robotics / Robot-Rx
3.14.1 Aesynt MedCarousel
3.14.2 Aesynt PROmanager-Rx
3.14.3 Aesynt MedShelf-Rx
3.14.4 Aesynt NarcStation
3.14.5 Health Robotics Part of Aesynt
3.14.6 Health Robotics S.R.L.
3.14.7 Health Robotics S.R.L. i.v.STATION ONCO
3.15 Minimally Invasive Surgery Products
3.16 Freehand
3.16.1 FreeHand Robotic Camera Controller for MIS
3.16.2 FreeHand OR Productivity Prosurgics Robotic Value and Challenges
3.16.3 FreeHand Disposable Supplies
3.16.4 FreeHand Robotic Camera Controller for MIS
3.16.5 FreeHand
3.17 Restoration Robotics Artas Robotic System
3.17.1 Restoration Robotics Strengths and Challenges
3.18 THINK Surgical
3.18.1 THINK Surgical TCAT Computer Assisted Tool
3.18.2 THINK Surgical Independent Clinical Studies
3.18.3 THINK Surgical Surgical Assistant Strengths and Challenges
3.19 Robotic Angioplasty / Interventional Cardiology
3.20 Corindus
3.20.1 CorPath Robotic Angioplasty
3.20.2 Corindus Command. Control CorPath 200 System
3.20.3 Corindus Standard in Precision PCI.
3.21 Motion Computing Motion C5v Tablet
3.22 Vycor Brain Access System (VBAS)
3.22.1 Vycor's VBAS Minimally Invasive Neurosurgical Device
3.23 Shoulder
3.24 Tornier
3.25 Image Guided Surgery
3.26 Covidian
3.27 AVRA Surgical
3.27.1 AVRA Surgical Light-Weight Robotic Arms on Surgeon Console
3.27.2 AVRA Robotic Surgical Instruments
3.28 Medrobotics Techonology
3.28.1 Medrobotics Cardiac Surgery Snake Robot
3.28.2 Medrobotics Flex Retractor
3.28.3 Medrobotics Flexible Robot Platform
3.28.4 Medrobotics Snakelike Robots for Heart Surgery
3.28.5 Medrobotics Cardiac Surgery Snake Robot
3.28.6 Minimally Invasive Surgery Positioning:
3.29 Changzhou Kangxin Medical Instruments Co., Ltd.
3.30 Guangzhou Baitang Medical Instrument Co., Ltd.
3.31 Guangzhou Beco Electronic Technology Co., Ltd.
4. MEDICAL ROBOT TECHNOLOGY AND DISEASE STATISTICS
4.1 Robotic Surgical Clinical Applications
4.1.1 Surgical Procedures
4.1.2 U.S. Robotic Surgical Procedures
4.1.3 Robotic Urologic Prostatectomy Surgery
4.1.4 Robotic Gynecologic Surgery
4.1.5 Robotic Myomectomy
4.1.6 Robotic Cardiothoracic Surgery
4.1.7 Robotic Internal Thoracic Artery Dissection
4.1.8 Robotic Thoracoscopy
4.1.9 Robotic Coronary Artery Bypass
4.1.10 Robotic General Surgery
4.1.11 Types of Spinal Condiitons for Which Surgery is Needed
4.2 Incidence of CHF
4.3 Transmyocardial Laser Revascularization
4.3.1 US Inpatient Surgery 2014
4.4 AI Robot
4.4.1 Korea Focusing On Creating A Growth Engine In Research & Development
4.5 Care-O-bot Robot Mechanics
4.5.1 Care-O-bot Architecture
4.6 Government Regulation
4.6.1 California Regulation
4.6.2 International Regulation
4.7 Third Party Reimbursement
5. SURGICAL ROBOTS COMPANY DESCRIPTION
5.1 Accel Spine
5.2 Accuray
5.2.1 Accuray Revenue for Second Quarter of Fiscal Year 2015
5.2.2 Accuray CyberKnife System
5.2.3 Accuray Strategy
5.2.4 Accuray International Presence
5.2.5 Accuray Competition
5.2.6 Accuray Noteworthy Awards:
5.2.7 Accuray Installed Base
5.2.8 New Data Validates CyberKnife SBRT for Prostate Cancer Treatment
5.3 Aesynt / Health Robotics
5.3.1 Aesynt / Health Robotics S.R.L.
5.4 Alliance Spine
5.5 Alphatec Spine
5.6 Amedica
5.7 Apollo Spine
5.8 Ascendx Spine
5.9 AVRA Surgical
5.9.1 AVRA Portable Lightweight And Maneuverable Robotic Adaptable Platform
5.9.2 AVRA Surgeon’s Console
5.10 Back 2 Basics Spine
5.11 Captiva Spine
5.12 Centinel Spine
5.13 Corindus
5.13.1 FDA Clears Corindus Robotic-Assisted System For Coronary Artery Disease Stent
5.14 Elekta AB
5.14.1 Elekta Radiosurgery Solutions, -Guided Cancer Care
5.14.2 Elekta Radiosurgery Solutions
5.11.3 Elekta AB Information-Guided Cancer Care
5.14.3 Elekta AB Advanced Brachytherapy Solutions
5.12 Freehand
5.12.3 Freehand 2010 / Prosurgics
5.13 Globus Medical
5.14 Hansen Medical
5.14.3 Hansen Medical Sensei System
5.14.4 Hansen Medical Magellan Robotic System
5.14.5 Hansen Medical Competition
5.14.6 Hansen Medical Revenue
5.14.7 Hansen Revenue
5.15 Healthcare Robotics Lab
5.16 Intuitive Surgical
5.16.1 Intuitive Surgical Robotics da Vinci Surgical System
5.16.2 Intuitive Surgical Robotics da Vinci Surgical System Xi
5.16.3 Intuitive Surgical Business Strategy
5.16.4 Intuitive Surgical Systems
5.16.5 Intuitive Surgical Patient Value As Equal To Procedure Efficacy / Invasiveness
5.16.6 Intuitive Surgical Business Model
5.16.7 Intuitive Surgical Revenue
5.16.8 Intuitive Surgical Regulatory Activities
5.16.9 Intuitive Surgical Economic Environment.
5.17 Johnson and Johnson / DePuy Synthes
5.17.1 Google Collaborating With Johnson & Johnson To Develop Surgical Robots
5.17.1 DePuy
5.18 K2M
5.19 Lanx / EBI Holdings / BioMet /
5.19.1 BioMet
5.19.2 EBI Holdings,
5.19.3 Lanx
5.20 LDR
5.21 Life Spine
5.22 Mazor Robotics
5.22.1 Mazor Robotics 2014 Revenue
5.23 Medrobotics
5.23.1 Medrobotics Closes On $10 Million Financing
5.23.2 Medrobotics Several Generations Of Snake Robot Platforms
5.23.3 Medrobotics Advances Clinical Development of Snake Robot for Surgery
5.23.4 Medrobotics Positioning
5.23.5 Medrobotics Cardiac Surgery Gold Standard
5.23.6 Medrobotics Snake Robot Technologies For Use In A Wide Range Of Surgical And Interventional Applications
5.23.7 Medrobotics Technology & Research Center
5.24 Medtronic
5.25 NLT Spine
5.26 NuVasive
5.27 Otto Bock HealthCare
5.28 RTI Biologics / Pioneer Surgical Technology
5.29 Precision Spine
5.30 Restoration Robotics
5.30.1 ARTAS Technology Series: Patient Movement Compensation
5.31 SI-BONE
5.32 Spinal Elements
5.33 Spineart
5.34 SpineGuard
5.35 Spine Frontier
5.36 Spineology
5.37 Spine Smith Partners
5.38 Spine Surgical Innovations
5.39 Spine View
5.40 Spine Wave
5.41 Stryker / MAKO Surgical
5.41.1 Stryker Revenue
5.41.2 Stryker Orthopaedics
5.41.3 Mako Robotic Arm Technology Assists in Total Hip Replacement
5.41.4 Mako Surgical Business
5.41.5 Mako Products
5.41.6 Mako Surgical Strategy
5.41.7 Mako Surgical Revenue
5.42 Think Surgical
5.42.1 Think Surgical Technology Virtual Model Of a Patient Joint
5.42.2 Think Surgical's Next-Generation Robodoc Assists In Surgery
5.42.3 THINK Surgical Receives 510(k) Clearance from the United States Food and Drug Administration (FDA)
5.43 Titan Medical
5.44 TranS1
5.45 UC Berkeley
5.46 Varian Medical Systems.
5.47 Vecna Robotics
5.48 Victrex plc / Invibio
5.49 Vycor
5.50 Wenzel Spine
5.51 X-spine
5.52.1 X-spine Systems
5.53 Zyga Technology
5.54 Surgical Robot Companies
Surgical Robot Market Driving Forces
Surgical Robotics Market Driving Forces
Healthcare Robotics Enabling Technology
Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Entrepreneurial Manufacturers with FDA-Approved Products Provide Sourcing To Larger Companies
Surgical Robot Market Risks
Medical Surgical Robots: Robotic Minimally Invasive Surgery Market Shares
Medical Surgical Robots: Robotic-Assisted Minimally Invasive Surgery Market Shares
Robotic Surgery Equipment Market Forecasts
1. SURGICAL ROBOTS MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Robotic Surgical System
1.1.1 Market Strategy for the Robotic Surgical System
1.1.2 Focus on Key Institutions
1.2 Focus on Leading Surgeons to Drive Rapid and Broad Adoption
1.2.1 Maintain Market Leadership
1.2.2 Develop Industry Alliances
1.2.3 Increasing Patient Awareness
1.3 Clinical Applications For Technology
1.4 Elder Assistance Robot Market Strategy
1.5 Medical / Surgical Delivery Robots
1.5.1 Assistive Technology
1.6 Rehabilitation Robots
1.7 Neuroscience Basic Mechanisms Of Neurogenesis And Neuroplasticity
1.7.1 Neuro-Developmental Engineering
1.7.2 Intelligent Rehabilitation
1.7.3 Bilateral and Unilateral ADL-Focused Robot Therapies
1.7.4 Robotic Rehabilitation Assistive Technology
1.7.5 Robots, Aged Care, And Emotional Bonding With Machines
1.7.6 InTouch Health Remote Presence
1.7.7 InTouch Platforms Integrate Seamlessly With da Vinci Systems
1.7.8 In Touch Health Remote Presence RP-7s Robot Doctors
1.8 Educational Robots For Children in Hospitals
1.9 Hospital Robots
1.10 Mechanized Couriers
1.10.1 Man vs. Machine: Robots at Japanese Hospital
2. SURGICAL ROBOT MARKET SHARES AND FORECASTS
2.1 Surgical Robot Market Driving Forces
2.1.1 Surgical Robotics Market Driving Forces
2.1.2 Healthcare Robotics Enabling Technology
2.1.3 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
2.1.4 Entrepreneurial Manufacturers with FDA-Approved Products Provide Sourcing To Larger Companies
2.1.5 Surgical Robot Market Risks
2.2 Medical Surgical Robots: Robotic Minimally Invasive Surgery Market Shares
2.2.1 Medical Surgical Robots: Robotic-Assisted Minimally Invasive Surgery Market Shares
2.2.2 Medical Surgical Robots Markets And Systems Shares, Units And Dollars, Worldwide, 2014
2.2.3 Medical Robotic Surgery by Segment
2.2.4 Intuitive Surgical Robotics da Vinci System
2.2.5 Intuitive Surgical Cardiothoracic Surgeries
2.2.6 Intuitive Surgical Head and Neck Cancer
2.2.7 Intuitive Surgical Improve Its Procedure Volumes
2.2.8 Intuitive Surgical Overcomes The Difficulty Of Market Saturation
2.2.9 Intuitive Surgical
2.2.10 Intuitive Surgical Potential Competition From Google and Johnson & Johnson
2.2.11 Google and Johnson & Johnson
2.2.12 Hansen Medical
2.2.13 Think Surgical
2.2.14 iRobot and InTouch Health
2.2.15 MAKO Surgical
2.2.16 Accuray
2.2.17 Accuray CyberKnife Robotic Radiosurgery System
2.2.18 Accuray Results
2.2.19 Restoration Robotics
2.2.20 Titan Robot
2.2.21 Titan Robot Partners
2.2.22 Medrobotics Positioning
2.3 Robotic Surgery Equipment Market Forecasts
2.3.1 Surgical Robot Systems Forecasts
2.3.2 Medical Robotic Surgery Challenges
2.3.3 Surgical Robot Disposable Instruments Forecasts
2.3.4 Surgical Robot Systems vs. Disposable Instruments Forecasts
2.3.5 Surgical Robot Application Forecasts
2.3.6 Growth Of Laparoscopic Robotic Prostatectomy
2.3.7 Medical Robot Systems Market Drivers
2.3.8 Surgical Robot Market Segment Forecasts Dollars and Units
2.3.9 Cancer Robotic Surgery Learning Curves
2.3.10 Robotic Surgery Equipment
2.3.11 U.S. Minimally Invasive Spinal Implant Market To Outpace Growth In Traditional Spine Market
2.3.12 Medtronic Dominates MIS Spine Markets
2.3.13 Asia - Pacific Minimally Invasive Surgery Spinal Device Market
2.3.14 Medicare and Medicaid Impact
2.3.15 Hip and Knee Robotic Surgery
2.4 Surgical Robot Applications
2.4.1 Urology
2.4.2 Gynecology
2.4.3 General Surgery
2.4.4 Cardiac
2.4.5 Head and Neck Surgery
2.4.6 US Target Procedures:
2.4.7 Intuitive Surgical da Vinci Surgical System Procedure Volume
2.4.8 Reported Clinical Benefits of da Vinci Hysterectomy Procedures for Benign Conditions
2.4.9 Robotic Surgery ENT Opportunity
2.4.10 General Surgery Robot Market Opportunities
2.4.11 Radiation Oncology
2.4.12 Number of Surgeries Incidence of Disease
2.4.13 Hair Loss
2.5 Robotic Surgery Equipment Prices
2.5.1 Intuitive Surgical da Vinci Surgical System Prices
2.5.2 Accuray
2.6 Robotic Surgery Equipment Regional Market Segments
2.6.1 Intuitive Surgical Regional Revenue
2.6.2 Intuitive Surgical European Demand
2.6.3 Intuitive Surgical in Japan
2.6.4 Chinese and Taiwanese Markets for Minimally Invasive Spinal Devices
2.6.5 China Emerging as a Surgical Robot Market
2.6.6 Aging Taiwanese Population
2.6.7 Brazil
3. SURGICAL ROBOTS PRODUCT DESCRIPTION
3.1 Key Players In The Global Medical Robots
3.2 General Surgery, Gynecology, Urology
3.3 Intuitive Surgical da Vinci Xi
3.3.1 Intuitive Surgical da Vinci Xi Surgical System Minimally Invasive Surgery
3.3.2 Intuitive Surgical da Vinci Surgical System
3.3.3 Intuitive Surgical da Vinci Surgical System Components
3.3.4 Intuitive Surgical Patient-Side Cart and Electromechanical Surgical Arms
3.3.5 Intuitive Surgical 3-D Vision System
3.3.6 Intuitive Surgical Firefly Fluorescence Imaging
3.3.7 Intuitive Surgical da Vinci Skills Simulator
3.3.8 Intuitive Surgical Instruments and Accessories
3.3.9 Intuitive Surgical da Vinci Single-Site
3.3.10 Intuitive Surgical EndoWrist One Vessel Sealer
3.3.11 Intuitive Surgical Accessory Products
3.3.12 Intuitive Surgical Da Vinci Minimally Invasive Surgical Product
3.3.13 Intuitive Surgical Cardiac Surgery
3.4 Titan Medical
3.4.1 Titan Medical SPORT Surgical Next Generation System
3.4.2 Titan Visualization Viewing Portal
3.4.3 Titan Integration Successful Deployments Into Single 25mm Incision in Abdominal Cavity
3.4.4 Titan Medical Surgical Robotic System
3.4.5 Titan Robotic Single Incision Platform:
3.4.6 Titan Medical Amadeus Robotic Surgical System
3.5 Cardiac / Vascular Surgery
3.5.1 Varicose Veins
3.6 Hansen Medical Magellan Robotic System
3.6.1 Hansen Medical Magellan Robotic System
3.6.2 Magellan Robotic System Benefits
3.6.3 Hansen Medical Magellan Robotic System
3.6.4 Hansen Medical Magellan Robotic Catheter Intravascular Navigation
3.6.5 Hansen Sensei X Robotic Catheter System
3.6.6 Hansen Medical Magellan 1 mm Tip Movement
3.6.7 Hansen Medical Sensei Robotic System Indications for Use
3.6.8 Hansen Advanced Robotic Solution for Arrhythmias
3.6.9 Hansen Medical Sensei X Robotic System
3.7 Spine Surgery
3.7.1 Scoliosis an Abnormal Curvature Of The Spine
3.8 Mazor Robotics
3.8.1 Mazor Robotics Renaissance Spine Procedures
3.8.2 Mazor Robotics Leading Spine Surgery Innovation
3.8.3 Mazor Robotics Spine Procedures
3.8.4 Mazor Robotics Minimally Invasive Spine Fusion:
3.8.5 Mazor Robotics Scoliosis Correction Surgery:
3.8.6 Mazor Robotics Vertebroplasty:
3.8.7 Mazor Robotics Spine Biopsies:
3.9 Cancer Surgery
3.9.1 Lumpectomy
3.9.2 Modified Radical Mastectomy
3.9.3 Lung Cancer Surgery
3.10 Accuray CyberKnife M6 Series
3.10.1 Accuray CyberKnife M6 FIM System
3.10.2 Accuray / CyberKnife VSI System
3.10.3 Accuray CyberKnife Robotic Radiosurgery System
3.10.4 Accuray / TomoTherapy System
3.10.5 Accuray CyberKnife G4 System
3.10.6 Accuray Multileaf Collimator
3.10.7 Class A User Licenses for Accuray Products Awarded to 16 Hospitals in China
3.10.8 Accuray Solutions
3.10.9 Accuray TomoTherapy System
3.11 Knee and Hip Surgery
3.11.1 Hip Replacement
3.12 Stryker / MAKO Surgical
3.12.1 Stryker Robotic Joint Surgical
3.12.2 MAKO Surgical RIO Robotic Arm
3.13 Pharmacy and Compounding Automation
3.14 Aesynt / Health Robotics / Robot-Rx
3.14.1 Aesynt MedCarousel
3.14.2 Aesynt PROmanager-Rx
3.14.3 Aesynt MedShelf-Rx
3.14.4 Aesynt NarcStation
3.14.5 Health Robotics Part of Aesynt
3.14.6 Health Robotics S.R.L.
3.14.7 Health Robotics S.R.L. i.v.STATION ONCO
3.15 Minimally Invasive Surgery Products
3.16 Freehand
3.16.1 FreeHand Robotic Camera Controller for MIS
3.16.2 FreeHand OR Productivity Prosurgics Robotic Value and Challenges
3.16.3 FreeHand Disposable Supplies
3.16.4 FreeHand Robotic Camera Controller for MIS
3.16.5 FreeHand
3.17 Restoration Robotics Artas Robotic System
3.17.1 Restoration Robotics Strengths and Challenges
3.18 THINK Surgical
3.18.1 THINK Surgical TCAT Computer Assisted Tool
3.18.2 THINK Surgical Independent Clinical Studies
3.18.3 THINK Surgical Surgical Assistant Strengths and Challenges
3.19 Robotic Angioplasty / Interventional Cardiology
3.20 Corindus
3.20.1 CorPath Robotic Angioplasty
3.20.2 Corindus Command. Control CorPath 200 System
3.20.3 Corindus Standard in Precision PCI.
3.21 Motion Computing Motion C5v Tablet
3.22 Vycor Brain Access System (VBAS)
3.22.1 Vycor's VBAS Minimally Invasive Neurosurgical Device
3.23 Shoulder
3.24 Tornier
3.25 Image Guided Surgery
3.26 Covidian
3.27 AVRA Surgical
3.27.1 AVRA Surgical Light-Weight Robotic Arms on Surgeon Console
3.27.2 AVRA Robotic Surgical Instruments
3.28 Medrobotics Techonology
3.28.1 Medrobotics Cardiac Surgery Snake Robot
3.28.2 Medrobotics Flex Retractor
3.28.3 Medrobotics Flexible Robot Platform
3.28.4 Medrobotics Snakelike Robots for Heart Surgery
3.28.5 Medrobotics Cardiac Surgery Snake Robot
3.28.6 Minimally Invasive Surgery Positioning:
3.29 Changzhou Kangxin Medical Instruments Co., Ltd.
3.30 Guangzhou Baitang Medical Instrument Co., Ltd.
3.31 Guangzhou Beco Electronic Technology Co., Ltd.
4. MEDICAL ROBOT TECHNOLOGY AND DISEASE STATISTICS
4.1 Robotic Surgical Clinical Applications
4.1.1 Surgical Procedures
4.1.2 U.S. Robotic Surgical Procedures
4.1.3 Robotic Urologic Prostatectomy Surgery
4.1.4 Robotic Gynecologic Surgery
4.1.5 Robotic Myomectomy
4.1.6 Robotic Cardiothoracic Surgery
4.1.7 Robotic Internal Thoracic Artery Dissection
4.1.8 Robotic Thoracoscopy
4.1.9 Robotic Coronary Artery Bypass
4.1.10 Robotic General Surgery
4.1.11 Types of Spinal Condiitons for Which Surgery is Needed
4.2 Incidence of CHF
4.3 Transmyocardial Laser Revascularization
4.3.1 US Inpatient Surgery 2014
4.4 AI Robot
4.4.1 Korea Focusing On Creating A Growth Engine In Research & Development
4.5 Care-O-bot Robot Mechanics
4.5.1 Care-O-bot Architecture
4.6 Government Regulation
4.6.1 California Regulation
4.6.2 International Regulation
4.7 Third Party Reimbursement
5. SURGICAL ROBOTS COMPANY DESCRIPTION
5.1 Accel Spine
5.2 Accuray
5.2.1 Accuray Revenue for Second Quarter of Fiscal Year 2015
5.2.2 Accuray CyberKnife System
5.2.3 Accuray Strategy
5.2.4 Accuray International Presence
5.2.5 Accuray Competition
5.2.6 Accuray Noteworthy Awards:
5.2.7 Accuray Installed Base
5.2.8 New Data Validates CyberKnife SBRT for Prostate Cancer Treatment
5.3 Aesynt / Health Robotics
5.3.1 Aesynt / Health Robotics S.R.L.
5.4 Alliance Spine
5.5 Alphatec Spine
5.6 Amedica
5.7 Apollo Spine
5.8 Ascendx Spine
5.9 AVRA Surgical
5.9.1 AVRA Portable Lightweight And Maneuverable Robotic Adaptable Platform
5.9.2 AVRA Surgeon’s Console
5.10 Back 2 Basics Spine
5.11 Captiva Spine
5.12 Centinel Spine
5.13 Corindus
5.13.1 FDA Clears Corindus Robotic-Assisted System For Coronary Artery Disease Stent
5.14 Elekta AB
5.14.1 Elekta Radiosurgery Solutions, -Guided Cancer Care
5.14.2 Elekta Radiosurgery Solutions
5.11.3 Elekta AB Information-Guided Cancer Care
5.14.3 Elekta AB Advanced Brachytherapy Solutions
5.12 Freehand
5.12.3 Freehand 2010 / Prosurgics
5.13 Globus Medical
5.14 Hansen Medical
5.14.3 Hansen Medical Sensei System
5.14.4 Hansen Medical Magellan Robotic System
5.14.5 Hansen Medical Competition
5.14.6 Hansen Medical Revenue
5.14.7 Hansen Revenue
5.15 Healthcare Robotics Lab
5.16 Intuitive Surgical
5.16.1 Intuitive Surgical Robotics da Vinci Surgical System
5.16.2 Intuitive Surgical Robotics da Vinci Surgical System Xi
5.16.3 Intuitive Surgical Business Strategy
5.16.4 Intuitive Surgical Systems
5.16.5 Intuitive Surgical Patient Value As Equal To Procedure Efficacy / Invasiveness
5.16.6 Intuitive Surgical Business Model
5.16.7 Intuitive Surgical Revenue
5.16.8 Intuitive Surgical Regulatory Activities
5.16.9 Intuitive Surgical Economic Environment.
5.17 Johnson and Johnson / DePuy Synthes
5.17.1 Google Collaborating With Johnson & Johnson To Develop Surgical Robots
5.17.1 DePuy
5.18 K2M
5.19 Lanx / EBI Holdings / BioMet /
5.19.1 BioMet
5.19.2 EBI Holdings,
5.19.3 Lanx
5.20 LDR
5.21 Life Spine
5.22 Mazor Robotics
5.22.1 Mazor Robotics 2014 Revenue
5.23 Medrobotics
5.23.1 Medrobotics Closes On $10 Million Financing
5.23.2 Medrobotics Several Generations Of Snake Robot Platforms
5.23.3 Medrobotics Advances Clinical Development of Snake Robot for Surgery
5.23.4 Medrobotics Positioning
5.23.5 Medrobotics Cardiac Surgery Gold Standard
5.23.6 Medrobotics Snake Robot Technologies For Use In A Wide Range Of Surgical And Interventional Applications
5.23.7 Medrobotics Technology & Research Center
5.24 Medtronic
5.25 NLT Spine
5.26 NuVasive
5.27 Otto Bock HealthCare
5.28 RTI Biologics / Pioneer Surgical Technology
5.29 Precision Spine
5.30 Restoration Robotics
5.30.1 ARTAS Technology Series: Patient Movement Compensation
5.31 SI-BONE
5.32 Spinal Elements
5.33 Spineart
5.34 SpineGuard
5.35 Spine Frontier
5.36 Spineology
5.37 Spine Smith Partners
5.38 Spine Surgical Innovations
5.39 Spine View
5.40 Spine Wave
5.41 Stryker / MAKO Surgical
5.41.1 Stryker Revenue
5.41.2 Stryker Orthopaedics
5.41.3 Mako Robotic Arm Technology Assists in Total Hip Replacement
5.41.4 Mako Surgical Business
5.41.5 Mako Products
5.41.6 Mako Surgical Strategy
5.41.7 Mako Surgical Revenue
5.42 Think Surgical
5.42.1 Think Surgical Technology Virtual Model Of a Patient Joint
5.42.2 Think Surgical's Next-Generation Robodoc Assists In Surgery
5.42.3 THINK Surgical Receives 510(k) Clearance from the United States Food and Drug Administration (FDA)
5.43 Titan Medical
5.44 TranS1
5.45 UC Berkeley
5.46 Varian Medical Systems.
5.47 Vecna Robotics
5.48 Victrex plc / Invibio
5.49 Vycor
5.50 Wenzel Spine
5.51 X-spine
5.52.1 X-spine Systems
5.53 Zyga Technology
5.54 Surgical Robot Companies
LIST OF TABLES AND FIGURES
Table ES-1 Surgical Robot Medical Specialties Addressed
Table ES-2 Types Of Procedures Performed Using Robotic Surgical System
Table ES-3 Innovative Surgical Robot Features
Table ES-4 Surgical Robot Market Positioning
Table ES-5 Surgical Robotics Market Driving Forces
Table ES-6 Surgical Robot Key Factors Driving Market Growth
Table ES-7 Surgical Robot Key Market Challenges
Table ES-8 Robotics Market Driving Factors
Table ES-9 Healthcare Robotics Enabling Technologies
Table ES-10 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Figure ES-11 Medical Surgical Robots Market Shares, Shipments, Dollars, Worldwide 2014
Table ES-12 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Figure 1-1 Medical Multi Articulating Arms
Figure 1-2 Instruments That Support Multiple Approach Paths To A Surgical Target
Figure 1-3 Robotic Surgery Improved Visualization Features
Table 1-4 Robotic Surgical Specialties Procedure Marketing Efforts Focus
Table 2-1 Surgical Robot Medical Specialties Addressed
Table 2-2 Types Of Procedures Performed Using Robotic Surgical System
Table 2-3 Innovative Surgical Robot Features
Table 2-4 Surgical Robot Market Positioning
Table 2-5 Surgical Robotics Market Driving Forces
Table 2-6 Surgical Robot Key Factors Driving Market Growth
Table 2-7 Surgical Robot Key Market Challenges
Table 2-8 Robotics Market Driving Factors
Table 2-9 Healthcare Robotics Enabling Technologies
Table 2-10 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Figure 2-11 Medical Surgical Robots Market Shares, Shipments, Dollars, Worldwide 2014
Table 2-12 Medical Surgical Robots Market Shares, Dollars, Worldwide, 2014
Table 2-13 Medical Surgical Robots Markets and Systems Shares, Units and Dollars, Worldwide, 2014
Table 2-14 Medical Surgical Robots Units and Installed Base, Units, Worldwide, 2014
Figure 2-15 Surgical Robot Systems Hospital Market Trends
Figure 2-16 Surgical Robot Systems Hospital Return on Investment (ROI)
Table 2-17 Surgical Robots Number of Procedures by Vendor, Worldwide, 2014
Table 2-18 Surgical Robots Number of Procedures by Type, Cardiac, Thoracic, Urology, Gynecologic, Joint Replacement, Colorectal, Pediatric, and General Surgical, Number, Worldwide, 2014
Table 2-19 Intuitive Surgical daVinci Installed Base and Product Shipments Units and Dollars, Worldwide, 2014
Table 2-20 Hansen Medical Sensei X Robotic Catheter System
Figure 2-21 Think Surgical Robodoc
Figure 2-22 Titan Medical Novel Robotic Platform for Single Port Access Surgery
Figure 2-23 Titan Medical Amadeus Composer Surgical System
Figure 2-24 Titan Medical Robotic Surgery Target Opportunity
Figure 2-25 Titan Medical Robotic Surgery Opportunity Analysis
Table 2-26 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Table 2-27 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Figure 2-28 Surgical Robot Systems Forecasts, Dollars, Worldwide, 2015-2021
Table 2-29 Challenges of Open Surgery and Minimally Invasive Surgery
Table 2-30 Challenges of Developing Medical Robotic Surgery Systems
Table 2-31 Surgical Robotic Product Development Challenges
Figure 2-32 Surgical Robot Disposable Instruments Forecasts, Dollars, Worldwide, 2015-2021
Figure 2-33 Surgical Robot Systems vs. Disposable Instruments Forecasts, Dollars, Worldwide, 2015-2021
Table 2-34 Surgical Robot Market Segment Forecasts, Dollars and Units, Worldwide, 2015-2021
Table 2-35 Robotic Surgery Market Segment Forecasts, Dollars, Worldwide, 2015-2021
Table 2-36 Robotic Surgery Market Segment Forecasts, Percent, Worldwide, 2015-2021
Table 2-37 Surgical Robot Market Challenges
Table 2-38 Surgical Robot Market Segment Forecasts Dollars and Units, Worldwide, 2015-2021
Table 2-39 Benefits of Robotic Surgery For The Surgeon
Table 2-40 Benefits of Robotic Surgery For The Patient
Table 2-41 Benefits of Robotic Surgery For The Hospital
Figure 2-42 Intuitive Surgical Prostatectomy Procedure Growth
Figure 2-43 Intuitive Surgical Prostatectomy Procedure Growth
Figure 2-44 Intuitive Surgical Hysterectomy Procedure Growth
Figure 2-45 Intuitive Surgical Hysterectomy Market Potential
Figure 2-46 Titan Medical Describes Surgical Robot ENT Market Potential
Figure 2-47 Titan Medical Describes Robotic General Surgery Market Potential
Table 2-48 Accuray CyberKnife M6 Series Benefits:
Figure 2-49 Surgical Robot Recurring Revenue Model
Figure 2-50 Surgical Robot Regional Market Segments, Dollars, 2014
Figure 2-51 Surgical Robot Regional Market Segments, 2014
Table 3-1 Key Players In The Global Medical Robots Market
Figure 3-2 Intuitive Surgical da Vinci Surgical System
Figure 3-3 Intuitive Surgical. da Vinci Surgical System EndoWrist Instruments
Figure 3-4 Intuitive Surgical. da Vinci Surgical System Vision System
Table 3-5 Intuitive Surgical da Vinci Surgical System Features
Table 3-6 Intuitive Surgical da Vinci Xi Surgical System Surgeon Console Features
Figure 3-7 Intuitive Surgical. da Vinci Surgical System Surgeon Console
Figure 3-8 Intuitive Surgical. da Vinci Surgical System Patient-Side Cart
Figure 3-9 Intuitive Surgical Da Vinci Surgery
Table 3-10 Intuitive Surgical Da Vinci Surgical System Components
Table 3-11 Minimally Invasive Da Vinci Surgery Benefits To Cardiac Patients
Figure 3-12 Intuitive Surgical da Vinci System State-Of-The-Art Robotic Surgical Platform
Table 3-13 Intuitive Surgical da Vinci Si Surgical System Core Benefits:
Figure 3-14 Intuitive Surgical da Vinci SI Surgical System Dual Console Used For Training And Collaboration
Figure 3-15 Intuitive Surgical da Vinci Surgical System, Surgeon Operates Seated Comfortably At A Console
Figure 3-16 Intuitive Surgical da Vinci Surgical System Patient Side Cart
Figure 3-17 Titan Single Port Orifice Robotic Technology SPORT Surgical System
Figure 3-18 Titan SPORT Surgical System:
Table 3-19 Titan MedicalSPORT Surgical System Patient Benefits:
Table 3-20 Titan MedicalSPORT Surgical System Surgeon Benefits:
Table 3-21 Titan MedicalSPORT Surgical System Hospital Benefits:
Table 3-22 Titan Medical next generation SPORT Surgical System Uses
Figure 3-23 Titan Medical Next Generation SPORT Surgical System Market Opportunity
Figure 3-24 Titan Medical Next Generation SPORT Surgical System Competitive Positioning
Figure 3-25 Titan Medical Next Generation SPORT Surgical System Market Business Model
Figure 3-26 Titan Medical Next Generation SPORT Surgical System Development Strategy
Figure 3-27 Titan Medical Next Generation SPORT Surgical Instruments
Table 3-28 Titan Medical Next Generation Sport Surgical Instruments Metrics
Table 3-29 Titan Medical Next Generation SPORT Surgical Instruments
Figure 3-30 Titan Medical Next Generation SPORT Surgical Instrument Controlability
Table 3-31 Titan Medical Next Generation SPORT Surgical Instrument Usability Studies and Data Analysis
Figure 3-32 Titan Medical Next Generation SPORT Surgical Instrument Visualization
Figure 3-33 Titan Medical Next Generation SPORT Surgical Instruments
Table 3-34 Titan Integration Successful Deployments Into Single 25mm Incision in Abdominal Cavity
Table 3-35 Titan Robotic Surgical System Benefits:
Table 3-36 Titan Amadeus Features
Figure 3-37 Hansen Medical Magellan Robotic System
Table 3-38 Hansen Medical Magellan Robotic System Benefits
Table 3-39 Hansen Medical Magellan Peripheral Vascular Intervention Impact On Medical Care
Figure 3-40 Hansen Medical Magellan Robotic System
Table 3-41 Hansen Medical Magellan Robotic Catheter Functions:
Table 3-42 Hansen Medical Magellan Features
Figure 3-43 Hansen Sensei X
Figure 3-44 Hansen Medical Sensei Robotic System
Figure 3-45 Hansen Intellisense Force Feedback Visual Display
Figure 3-46 Hansen Sensei Robotic System
Table 3-47 Hansen Advanced Robotic Solution for Arrhythmias Features
Figure 3-48 Hansen Medical Sensei X Robotic System
Table 3-49 Hansen Medical Sensei X Robotic Catheter System
Figure 3-50 Mazor Robotics’ Renaissance System For Robotic Guidance
Figure 3-51 Mazor Robotics Adult Reconstructive Surgery
Figure 3-52 Mazor Robotics Biopsies
Figure 3-53 Mazor Robotics Leading Spine Surgery Innovation: Minimally-Invasive Surgery, Scoliosis Surgery, Spinal Fusion, Vertebroplasty
Figure 3-54 Mazor Robotics Renaissance Guidance System
Figure 3-55 Lumpectomy
Figure 3-56 Modified Radical Mastectomy
Figure 3-57 Lung Cancer Surgery
Table 3-58 Accuray CyberKnife M6 Series Benefits:
Table 3-59 Accuray CyberKnife M6 Series Functions
Table 3-60 Accuray CyberKnife M6 Series Uses
Table 3-61 Accuray CyberKnife M6 Series Features
Table 3-62 Accuray CyberKnife M6 Patient Comfort Features
Figure 3-63 Accuray CyberKnife M6 FIM System
Table 3-64 Accuray CyberKnife M6 FIM System Features
Figure 3-65 Accuray CyberKnife M6 FM System
Table 3-66 Accuray CyberKnife M6 FM System Design Features
Figure 3-67 Accuray CyberKnife M6 FI System
Figure 3-68 Accuray / CyberKnife VSI System
Table 3-69 Accuray TomoTherapy System Benefits
Figure 3-70 Stryker RIO Robotic Arm Interactive System
Figure 3-71 Stryker reproducible surgical precision Knee Repair
Table 3-72 Stryker Robotic Surgical Instruments for Knee Replacement Benefits
Table 3-73 Stryker Patient Specific Pre-Operative Planning
Figure 3-74 Stryker Anatomic Implant Fit
Table 3-75 Stryker Anatomic Implant Fit
Figure 3-76 Anatomic Implant Fit Components
Table 3-77 Anatomic Implant Fit Components
Table 3-78 Stryker Bicompartmental Knee Surgery Solution
Figure 3-79 Stryker Preserving Bone with Restoris MCK BiCOmpartmental
Figure 3-80 Stryker Preserving Bone
Figure 3-81 Stryker Preserving Bone and Planning
Figure 3-82 Stryker Real-Time Intra-Operative Adjustments
Table 3- 83 Real-Time Intra-Operative Adjustments
Figure 3-84 Surgeon-Controlled Robotic Arm Assisted Reaming and Cup Impaction
Table 3-85 Stryker Surgeon-controlled Robotic Arm Assisted Reaming and Cup Impaction301
Figure 3-86 Stryker Robotic Surgical Results Summary
Figure 3-87 Stryker Robotic Joint Surgical Summary
Figure 3-88 Stryker Robotic Joint Surgical Summary
Figure 3-89 Stryker RESTORIS Tapered Femoral Stem and RESTORIS PST Acetabular Cup Hip Implant System
Figure 3-90 Mako Robotic Arm Technology Assists in Total Hip Replacement
Figure 3-91 MAKO Surgical Resurfaces Rather Than Replaces Joints
Figure 3-92 Stryker Robotic Arm Total Hip Replacement Tool
Table 3-93 Health Robotics i.v.STATION, i.v.SOFT, and i.v.STATION ONCO Functions
Table 3-94 Health Robotics i.v.STATION, i.v.SOFT, and i.v.STATION ONCO Benefits
Figure 3-95 Aesynt i.v.Station Onco
Table 3-96 FreeHand Robotic Camera Controller for MIS
Figure 3-97 FreeHand Next Generation Camera Controller For Minimally Invasive Surgery
Figure 3-98 FreeHand OR Productivity Prosurgics
Table 3-99 FreeHand Camera Holder Functions
Figure 3-100 OR Productivity Prosurgics FreeHand
Figure 3-101 Restoration Robotics ARTAS Robotic System
Table 3-102 ARTAS Robotic System Key Features
Table 3-103 ARTAS Robotic System Key Technology
Table 3-104 ARTAS Robotic System Two-Needle System and Skin Tensioner
Table 3-105 ARTAS Robotic System Key Features
Figure 3-106 Restoration Robotics ARTAS
Table 3-107 Restoration Robotics ARTAS Hair Transplant System Functions
Table 3-108 Restoration Robotics ARTAS System Features:
Figure 3-109 THINK Surgical TPLAN 3D Planning Workstation
Figure 3-110 THINK Surgical TCAT Computer Assisted Tool
Figure 3-111 Corindus CorPath Robotic Angioplasty
Table 3-112 Corindus Robotic-Assisted Control Benefits
Figure 3-113 Occupational Hazards in Cath Lab
Figure 3-114 Corindus Robotic Assisted PCI
Table 3-115 Interventional and Surgical Imaging Applications
Figure 3-116 Covidian Surgical Instruments: Stapling, Vessel Sealing, Ultrasonic Dissection, Hernia Repair, Hand Instruments & Ligation Devices
Figure 3-117 Medrobotics Flex Retractor
Table 3-118 Medrobotics Medical Field Target Markets
Figure 3-119 Federal Reserve Chairman Ben Bernanke Looking At Snaking Robot Camera Made by Medrobotics
Table 4-1 Robotic Surgery Surgical Specialty Focus
Table 4-2 Intuitive Surgical da Vinci Surgical System Improved Visualization Of The Gross Anatomy
Table 4-3 Types of Spinal Condiitons for Which Surgery is Needed
Table 4-4 Spinal Disorder Treatments
Table 4-5 US Inpatient Surgery 2014 Statistics
Figure 4-6 Care-O-bot Robot Mechanics
Figure 4-7 Care-O-bot Architecture
Table 5-1 Key Features of CyberKnife System and CyberKnife VSI System
Table 5-2 Accuray Strategy
Table 5-3 Accuray Key Elements Of Strategy
Table 5-4 Factors Impacting Accuray Marketing
Figure 5-5 Corindus CorPath Study Results
Figure 5-6 Elekta AB Product Positioning
Table 5-7 Hansen Medical Robotic-Assisted Minimally Invasive Surgery Principal Competitive Factors
Figure 5-8 Intuitive Surgical Platform, daVinci Xi
Table 5-9 Intuitive Surgical Strategy To Improve Candidate Surgical Procedures
Table 5-10 Johnson and Johnson Family of Companies Comprises:
Table 5-11 Medrobotics Positioning 2015
Table 5-12 Medrobotics Cardiac Surgery Improvements
Table 5-13 Medrobotics Snake Robot Technologies For Use In A Wide Range Of Surgical And Interventional Applications
Table 5-14 Medrobotics Snake Robot Technologies Specialist Areas Served
Table 5-15 Otto Bock HealthCare Product Solutions
Table 5-16 Otto Bock HealthCare Service Solutions:
Figure 5-17 Pioneer Surgical International Products
Figure 5-18 SI-BONE SI Joint Repairs
Figure 5-19 Mako Robotic Arm Technology Assists in Total Hip Replacement
Table 5-20 MAKO Robotic Surgery Benefits
Table 5-21 Titan Medical Investment Summary
Figure 5-22 Titan Medical Business Goals and Timetable
Table 5-23 Invibio Medical-grade PEEK technology Research projects
Table ES-1 Surgical Robot Medical Specialties Addressed
Table ES-2 Types Of Procedures Performed Using Robotic Surgical System
Table ES-3 Innovative Surgical Robot Features
Table ES-4 Surgical Robot Market Positioning
Table ES-5 Surgical Robotics Market Driving Forces
Table ES-6 Surgical Robot Key Factors Driving Market Growth
Table ES-7 Surgical Robot Key Market Challenges
Table ES-8 Robotics Market Driving Factors
Table ES-9 Healthcare Robotics Enabling Technologies
Table ES-10 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Figure ES-11 Medical Surgical Robots Market Shares, Shipments, Dollars, Worldwide 2014
Table ES-12 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Figure 1-1 Medical Multi Articulating Arms
Figure 1-2 Instruments That Support Multiple Approach Paths To A Surgical Target
Figure 1-3 Robotic Surgery Improved Visualization Features
Table 1-4 Robotic Surgical Specialties Procedure Marketing Efforts Focus
Table 2-1 Surgical Robot Medical Specialties Addressed
Table 2-2 Types Of Procedures Performed Using Robotic Surgical System
Table 2-3 Innovative Surgical Robot Features
Table 2-4 Surgical Robot Market Positioning
Table 2-5 Surgical Robotics Market Driving Forces
Table 2-6 Surgical Robot Key Factors Driving Market Growth
Table 2-7 Surgical Robot Key Market Challenges
Table 2-8 Robotics Market Driving Factors
Table 2-9 Healthcare Robotics Enabling Technologies
Table 2-10 Robotic-Assisted Minimally Invasive Surgery Market Driving Forces
Figure 2-11 Medical Surgical Robots Market Shares, Shipments, Dollars, Worldwide 2014
Table 2-12 Medical Surgical Robots Market Shares, Dollars, Worldwide, 2014
Table 2-13 Medical Surgical Robots Markets and Systems Shares, Units and Dollars, Worldwide, 2014
Table 2-14 Medical Surgical Robots Units and Installed Base, Units, Worldwide, 2014
Figure 2-15 Surgical Robot Systems Hospital Market Trends
Figure 2-16 Surgical Robot Systems Hospital Return on Investment (ROI)
Table 2-17 Surgical Robots Number of Procedures by Vendor, Worldwide, 2014
Table 2-18 Surgical Robots Number of Procedures by Type, Cardiac, Thoracic, Urology, Gynecologic, Joint Replacement, Colorectal, Pediatric, and General Surgical, Number, Worldwide, 2014
Table 2-19 Intuitive Surgical daVinci Installed Base and Product Shipments Units and Dollars, Worldwide, 2014
Table 2-20 Hansen Medical Sensei X Robotic Catheter System
Figure 2-21 Think Surgical Robodoc
Figure 2-22 Titan Medical Novel Robotic Platform for Single Port Access Surgery
Figure 2-23 Titan Medical Amadeus Composer Surgical System
Figure 2-24 Titan Medical Robotic Surgery Target Opportunity
Figure 2-25 Titan Medical Robotic Surgery Opportunity Analysis
Table 2-26 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Table 2-27 Surgical Robot Forecasts Dollars, Worldwide, 2015-2021
Figure 2-28 Surgical Robot Systems Forecasts, Dollars, Worldwide, 2015-2021
Table 2-29 Challenges of Open Surgery and Minimally Invasive Surgery
Table 2-30 Challenges of Developing Medical Robotic Surgery Systems
Table 2-31 Surgical Robotic Product Development Challenges
Figure 2-32 Surgical Robot Disposable Instruments Forecasts, Dollars, Worldwide, 2015-2021
Figure 2-33 Surgical Robot Systems vs. Disposable Instruments Forecasts, Dollars, Worldwide, 2015-2021
Table 2-34 Surgical Robot Market Segment Forecasts, Dollars and Units, Worldwide, 2015-2021
Table 2-35 Robotic Surgery Market Segment Forecasts, Dollars, Worldwide, 2015-2021
Table 2-36 Robotic Surgery Market Segment Forecasts, Percent, Worldwide, 2015-2021
Table 2-37 Surgical Robot Market Challenges
Table 2-38 Surgical Robot Market Segment Forecasts Dollars and Units, Worldwide, 2015-2021
Table 2-39 Benefits of Robotic Surgery For The Surgeon
Table 2-40 Benefits of Robotic Surgery For The Patient
Table 2-41 Benefits of Robotic Surgery For The Hospital
Figure 2-42 Intuitive Surgical Prostatectomy Procedure Growth
Figure 2-43 Intuitive Surgical Prostatectomy Procedure Growth
Figure 2-44 Intuitive Surgical Hysterectomy Procedure Growth
Figure 2-45 Intuitive Surgical Hysterectomy Market Potential
Figure 2-46 Titan Medical Describes Surgical Robot ENT Market Potential
Figure 2-47 Titan Medical Describes Robotic General Surgery Market Potential
Table 2-48 Accuray CyberKnife M6 Series Benefits:
Figure 2-49 Surgical Robot Recurring Revenue Model
Figure 2-50 Surgical Robot Regional Market Segments, Dollars, 2014
Figure 2-51 Surgical Robot Regional Market Segments, 2014
Table 3-1 Key Players In The Global Medical Robots Market
Figure 3-2 Intuitive Surgical da Vinci Surgical System
Figure 3-3 Intuitive Surgical. da Vinci Surgical System EndoWrist Instruments
Figure 3-4 Intuitive Surgical. da Vinci Surgical System Vision System
Table 3-5 Intuitive Surgical da Vinci Surgical System Features
Table 3-6 Intuitive Surgical da Vinci Xi Surgical System Surgeon Console Features
Figure 3-7 Intuitive Surgical. da Vinci Surgical System Surgeon Console
Figure 3-8 Intuitive Surgical. da Vinci Surgical System Patient-Side Cart
Figure 3-9 Intuitive Surgical Da Vinci Surgery
Table 3-10 Intuitive Surgical Da Vinci Surgical System Components
Table 3-11 Minimally Invasive Da Vinci Surgery Benefits To Cardiac Patients
Figure 3-12 Intuitive Surgical da Vinci System State-Of-The-Art Robotic Surgical Platform
Table 3-13 Intuitive Surgical da Vinci Si Surgical System Core Benefits:
Figure 3-14 Intuitive Surgical da Vinci SI Surgical System Dual Console Used For Training And Collaboration
Figure 3-15 Intuitive Surgical da Vinci Surgical System, Surgeon Operates Seated Comfortably At A Console
Figure 3-16 Intuitive Surgical da Vinci Surgical System Patient Side Cart
Figure 3-17 Titan Single Port Orifice Robotic Technology SPORT Surgical System
Figure 3-18 Titan SPORT Surgical System:
Table 3-19 Titan MedicalSPORT Surgical System Patient Benefits:
Table 3-20 Titan MedicalSPORT Surgical System Surgeon Benefits:
Table 3-21 Titan MedicalSPORT Surgical System Hospital Benefits:
Table 3-22 Titan Medical next generation SPORT Surgical System Uses
Figure 3-23 Titan Medical Next Generation SPORT Surgical System Market Opportunity
Figure 3-24 Titan Medical Next Generation SPORT Surgical System Competitive Positioning
Figure 3-25 Titan Medical Next Generation SPORT Surgical System Market Business Model
Figure 3-26 Titan Medical Next Generation SPORT Surgical System Development Strategy
Figure 3-27 Titan Medical Next Generation SPORT Surgical Instruments
Table 3-28 Titan Medical Next Generation Sport Surgical Instruments Metrics
Table 3-29 Titan Medical Next Generation SPORT Surgical Instruments
Figure 3-30 Titan Medical Next Generation SPORT Surgical Instrument Controlability
Table 3-31 Titan Medical Next Generation SPORT Surgical Instrument Usability Studies and Data Analysis
Figure 3-32 Titan Medical Next Generation SPORT Surgical Instrument Visualization
Figure 3-33 Titan Medical Next Generation SPORT Surgical Instruments
Table 3-34 Titan Integration Successful Deployments Into Single 25mm Incision in Abdominal Cavity
Table 3-35 Titan Robotic Surgical System Benefits:
Table 3-36 Titan Amadeus Features
Figure 3-37 Hansen Medical Magellan Robotic System
Table 3-38 Hansen Medical Magellan Robotic System Benefits
Table 3-39 Hansen Medical Magellan Peripheral Vascular Intervention Impact On Medical Care
Figure 3-40 Hansen Medical Magellan Robotic System
Table 3-41 Hansen Medical Magellan Robotic Catheter Functions:
Table 3-42 Hansen Medical Magellan Features
Figure 3-43 Hansen Sensei X
Figure 3-44 Hansen Medical Sensei Robotic System
Figure 3-45 Hansen Intellisense Force Feedback Visual Display
Figure 3-46 Hansen Sensei Robotic System
Table 3-47 Hansen Advanced Robotic Solution for Arrhythmias Features
Figure 3-48 Hansen Medical Sensei X Robotic System
Table 3-49 Hansen Medical Sensei X Robotic Catheter System
Figure 3-50 Mazor Robotics’ Renaissance System For Robotic Guidance
Figure 3-51 Mazor Robotics Adult Reconstructive Surgery
Figure 3-52 Mazor Robotics Biopsies
Figure 3-53 Mazor Robotics Leading Spine Surgery Innovation: Minimally-Invasive Surgery, Scoliosis Surgery, Spinal Fusion, Vertebroplasty
Figure 3-54 Mazor Robotics Renaissance Guidance System
Figure 3-55 Lumpectomy
Figure 3-56 Modified Radical Mastectomy
Figure 3-57 Lung Cancer Surgery
Table 3-58 Accuray CyberKnife M6 Series Benefits:
Table 3-59 Accuray CyberKnife M6 Series Functions
Table 3-60 Accuray CyberKnife M6 Series Uses
Table 3-61 Accuray CyberKnife M6 Series Features
Table 3-62 Accuray CyberKnife M6 Patient Comfort Features
Figure 3-63 Accuray CyberKnife M6 FIM System
Table 3-64 Accuray CyberKnife M6 FIM System Features
Figure 3-65 Accuray CyberKnife M6 FM System
Table 3-66 Accuray CyberKnife M6 FM System Design Features
Figure 3-67 Accuray CyberKnife M6 FI System
Figure 3-68 Accuray / CyberKnife VSI System
Table 3-69 Accuray TomoTherapy System Benefits
Figure 3-70 Stryker RIO Robotic Arm Interactive System
Figure 3-71 Stryker reproducible surgical precision Knee Repair
Table 3-72 Stryker Robotic Surgical Instruments for Knee Replacement Benefits
Table 3-73 Stryker Patient Specific Pre-Operative Planning
Figure 3-74 Stryker Anatomic Implant Fit
Table 3-75 Stryker Anatomic Implant Fit
Figure 3-76 Anatomic Implant Fit Components
Table 3-77 Anatomic Implant Fit Components
Table 3-78 Stryker Bicompartmental Knee Surgery Solution
Figure 3-79 Stryker Preserving Bone with Restoris MCK BiCOmpartmental
Figure 3-80 Stryker Preserving Bone
Figure 3-81 Stryker Preserving Bone and Planning
Figure 3-82 Stryker Real-Time Intra-Operative Adjustments
Table 3- 83 Real-Time Intra-Operative Adjustments
Figure 3-84 Surgeon-Controlled Robotic Arm Assisted Reaming and Cup Impaction
Table 3-85 Stryker Surgeon-controlled Robotic Arm Assisted Reaming and Cup Impaction301
Figure 3-86 Stryker Robotic Surgical Results Summary
Figure 3-87 Stryker Robotic Joint Surgical Summary
Figure 3-88 Stryker Robotic Joint Surgical Summary
Figure 3-89 Stryker RESTORIS Tapered Femoral Stem and RESTORIS PST Acetabular Cup Hip Implant System
Figure 3-90 Mako Robotic Arm Technology Assists in Total Hip Replacement
Figure 3-91 MAKO Surgical Resurfaces Rather Than Replaces Joints
Figure 3-92 Stryker Robotic Arm Total Hip Replacement Tool
Table 3-93 Health Robotics i.v.STATION, i.v.SOFT, and i.v.STATION ONCO Functions
Table 3-94 Health Robotics i.v.STATION, i.v.SOFT, and i.v.STATION ONCO Benefits
Figure 3-95 Aesynt i.v.Station Onco
Table 3-96 FreeHand Robotic Camera Controller for MIS
Figure 3-97 FreeHand Next Generation Camera Controller For Minimally Invasive Surgery
Figure 3-98 FreeHand OR Productivity Prosurgics
Table 3-99 FreeHand Camera Holder Functions
Figure 3-100 OR Productivity Prosurgics FreeHand
Figure 3-101 Restoration Robotics ARTAS Robotic System
Table 3-102 ARTAS Robotic System Key Features
Table 3-103 ARTAS Robotic System Key Technology
Table 3-104 ARTAS Robotic System Two-Needle System and Skin Tensioner
Table 3-105 ARTAS Robotic System Key Features
Figure 3-106 Restoration Robotics ARTAS
Table 3-107 Restoration Robotics ARTAS Hair Transplant System Functions
Table 3-108 Restoration Robotics ARTAS System Features:
Figure 3-109 THINK Surgical TPLAN 3D Planning Workstation
Figure 3-110 THINK Surgical TCAT Computer Assisted Tool
Figure 3-111 Corindus CorPath Robotic Angioplasty
Table 3-112 Corindus Robotic-Assisted Control Benefits
Figure 3-113 Occupational Hazards in Cath Lab
Figure 3-114 Corindus Robotic Assisted PCI
Table 3-115 Interventional and Surgical Imaging Applications
Figure 3-116 Covidian Surgical Instruments: Stapling, Vessel Sealing, Ultrasonic Dissection, Hernia Repair, Hand Instruments & Ligation Devices
Figure 3-117 Medrobotics Flex Retractor
Table 3-118 Medrobotics Medical Field Target Markets
Figure 3-119 Federal Reserve Chairman Ben Bernanke Looking At Snaking Robot Camera Made by Medrobotics
Table 4-1 Robotic Surgery Surgical Specialty Focus
Table 4-2 Intuitive Surgical da Vinci Surgical System Improved Visualization Of The Gross Anatomy
Table 4-3 Types of Spinal Condiitons for Which Surgery is Needed
Table 4-4 Spinal Disorder Treatments
Table 4-5 US Inpatient Surgery 2014 Statistics
Figure 4-6 Care-O-bot Robot Mechanics
Figure 4-7 Care-O-bot Architecture
Table 5-1 Key Features of CyberKnife System and CyberKnife VSI System
Table 5-2 Accuray Strategy
Table 5-3 Accuray Key Elements Of Strategy
Table 5-4 Factors Impacting Accuray Marketing
Figure 5-5 Corindus CorPath Study Results
Figure 5-6 Elekta AB Product Positioning
Table 5-7 Hansen Medical Robotic-Assisted Minimally Invasive Surgery Principal Competitive Factors
Figure 5-8 Intuitive Surgical Platform, daVinci Xi
Table 5-9 Intuitive Surgical Strategy To Improve Candidate Surgical Procedures
Table 5-10 Johnson and Johnson Family of Companies Comprises:
Table 5-11 Medrobotics Positioning 2015
Table 5-12 Medrobotics Cardiac Surgery Improvements
Table 5-13 Medrobotics Snake Robot Technologies For Use In A Wide Range Of Surgical And Interventional Applications
Table 5-14 Medrobotics Snake Robot Technologies Specialist Areas Served
Table 5-15 Otto Bock HealthCare Product Solutions
Table 5-16 Otto Bock HealthCare Service Solutions:
Figure 5-17 Pioneer Surgical International Products
Figure 5-18 SI-BONE SI Joint Repairs
Figure 5-19 Mako Robotic Arm Technology Assists in Total Hip Replacement
Table 5-20 MAKO Robotic Surgery Benefits
Table 5-21 Titan Medical Investment Summary
Figure 5-22 Titan Medical Business Goals and Timetable
Table 5-23 Invibio Medical-grade PEEK technology Research projects
