This report identifies and segments the main types of medical robotics and computer-assisted surgery (MRCAS) devices that have been commercialized to date. It analyzes the historical and current volume and value of shipments of each of these product segments in specified applications and geographical markets. It also evaluates the impact of demographic, economic and other factors that will drive future demand for MRCAS devices and includes forecasts through 2019.

Use this report to:
- Identify the main types of MRCAS devices that have been commercialized.
- Identify leading manufacturers of the devices and analyze the structure of the MRCAS industry (e.g., market shares, concentration, and recent M&A activity).
- Assess the long-term outlook for MRCAS equipment, taking into account market opportunities as well as technological, financial and economic factors.
- Receive a forecast of the potential market for developmental procedures and products, taking into account the estimated probability that they will be commercialized.

Highlights
- The global market for medical robotics and computer-assisted surgical (MRCAS) equipment was worth nearly $2.7 billion in 2013. The market is projected to approach $3.3 billion in 2014 and $4.6 billion by 2019 for a CAGR of 7% for the five-year period, 2014 to 2019.
- The U.S. accounted for more than 71% of the global MRCAS market in 2013, a share that BCC Research expects to increase to 74.7% by 2019.
- The Asia-Pacific region is the fastest-growing market, with a 2014 through 2019 CAGR of 13.4%.

INTRODUCTION
STUDY BACKGROUND
Information technology plays a key role in an ever-widening range of human activities, including surgery. Computers, working in tandem with a variety of
microprocessor-enabled equipment and instruments, support and facilitate the work of the surgeon and have brought a level of safety and precision to surgery that would
have been inconceivable just a few years ago.

These computers, electronic equipment and instruments are referred to collectively as medical robotics and computer-assisted surgery (MRCAS) or, more dramatically, “the
operating room of the future.” MRCAS is used in a growing number of operating rooms around the world, largely as a result of the growing popularity of minimally invasive
surgical (MIS) techniques. Minimally invasive, or “keyhole” surgery is an alternative to traditional open-incision surgery in a growing number of procedures. MIS utilizes
special instruments that can be inserted and manipulated through small incisions (sometimes no more than a few millimeters long) under remote optical or video
guidance, greatly reducing patient trauma and recovery times.

The need to perform delicate surgical procedures safely in tight spaces where the surgeon cannot directly see has created a growing market for devices that act as
extensions of the surgeon’s eyes and hands: remote imaging, data processing and feedback, and robotics. Meanwhile, MRCAS technology has been evolving, as have the
medical and economic environments in which it is used. Populations are aging, increasing demand for a wide range of age-related surgical procedures such as heart
and orthopedic surgery. Technological advances have expanded the range of surgical procedures that can be performed using minimally invasive techniques, making them
accessible to even more people.

The structure of the hospital industry, the main user of MRCAS, is also changing as hospitals consolidate and other health care options such as walk-in surgical clinics
become available to consumers. Private and government health insurers around the world are becoming more cost-conscious, forcing hospitals to re-evaluate their capital
spending plans but strengthening the case for technologies that can reduce the cost of surgical procedures. Medical malpractice suits continue to be common in markets like
the United States, so technologies that increase the precision and accuracy of surgery have obvious appeal.

In such a fast-moving field, there is a pressing need to develop and maintain an up-to-date base of market information in order to better understand the dynamics of
the market for MRCAS devices and equipment.

GOALS AND OBJECTIVES
This report is an updated and expanded version of an earlier (2013) BCC Research analysis of U.S. and global markets for MRCAS equipment. The updated report is based
on the most recent market information available, and analyzes technological, economic and regulatory developments that may have a long-term impact on the size and
structure of the MRCAS market. The new report also contains a more in-depth and detailed analysis of selected foreign markets than its predecessor offered.

More specific objectives of this report are to:

- Identify and segment the main types of MRCAS devices that have been commercialized to date.
- Analyze the historical and current volume and value of shipments of each of these product segments in specified applications and geographical markets.
- Identify and evaluate the impact of demographic, economic and other factors that will drive future demand for MRCAS devices.
- Forecast the volume and value of product shipments by equipment type and application and by probabilities that future demand will be higher or lower than the
baseline forecast.
- Identify promising new surgical procedures and products still in the development and testing stage and assess the probability that they will be commercialized successfully
within the next five years.
- Forecast the potential market for these developmental procedures and products, taking into account the estimated probability that they will be commercialized.
- Identify leading manufacturers of the devices and analyze the structure of the MRCAS industry (e.g., market shares, concentration, and recent M&A activity).
- Assess the long-term outlook for MRCAS equipment, taking into account market opportunities as well as technological, financial and economic factors.

INTENDED AUDIENCE
This report has been written for the entire MRCAS interest community, especially those in:
- The medical and surgical devices industry.
- Medical research institutions.
- Investing.
- The financial and analyst community.
Although the report is structured around specific technologies, it is largely non-technical in nature. That is, it is concerned less with theory and jargon than with
what works, how much of the latter the market is likely to purchase and at what price. As such, the report’s main audience is executive management and marketing and
financial analysts. It is not written specifically for scientists and technologists, although its findings insofar as the markets for their work, including the availability of
government and corporate research funding for different technologies and applications, should interest them as well.

SCOPE AND FORMAT
This report is an analytical business tool with the primary purpose of describing the MRCAS equipment industry and the global market for these devices. MRCAS equipment
is defined as computer- or microprocessor-enabled devices and accessories that are physically situated in the operating room and directly assist the surgeon in planning
and carrying out surgical procedures. Thus, the scope of the study does not include:
- Devices that provide images and other information but are not an integral part of the MRCAS system, such as preoperative imaging (e.g., CT, MRI) equipment or laboratory
and other analytical devices.
- Computerized medical records systems.
- Electronic operating room equipment such as heart monitors that enable the surgical team to monitor the patient’s condition but do not assist the surgeon directly in
carrying out the operation.
- Other nonelectronic operating room equipment.

The format of the study is organized around the following topics:
- Major types and applications of MRCAS.
- Industry structure.
- Market size and segmentation, including historical data on sales by application, product type and geographical market.
- Market drivers.
- Detailed market projections through 2019.
- Competition and market shares.
- Observations and conclusions regarding the future of the MRCAS market.

METHODOLOGY AND INFORMATION SOURCES
Both primary and secondary research methodologies were used in preparing this report. The findings and conclusions of this report are based on information gathered
from manufacturers and users of MRCAS and other informed sources. Interview data was combined with information gathered through an extensive review of secondary
sources such as trade publications, trade associations, company literature and online databases to produce the baseline market estimates contained in this report.

The base year for analysis and projection is 2013. With 2013 as a baseline, market projections were developed for 2014 to 2019. The market projections are “consensus”
projections, obtained by averaging market scenarios obtained from industry and other sources or developed independently by BCC Research. The analytical methodologies
BCC Research used to generate the market estimates are described in detail in the section on detailed market projections. All dollar projections presented in this report are in 2013 constant dollars.

Table Of Contents

TABLE OF CONTENTS

CHAPTER 1 INTRODUCTION 2

STUDY BACKGROUND 2
GOALS AND OBJECTIVES 3
INTENDED AUDIENCE 3
SCOPE AND FORMAT 4
METHODOLOGY AND INFORMATION SOURCES 5
ANALYST'S CREDENTIALS 5
RELATED BCC RESEARCH REPORTS 5
BCC RESEARCH WEBSITE 6
DISCLAIMER 6

CHAPTER 2 EXECUTIVE SUMMARY 8

SUMMARY TABLE GLOBAL SALES OF MEDICAL ROBOTICS AND
COMPUTER-ASSISTED SURGICAL (MRCAS) EQUIPMENT, THROUGH 2019 ($
MILLIONS)
8
SUMMARY FIGURE GLOBAL SALES OF MRCAS EQUIPMENT, 2013-2019 ($ MILLIONS) 8

CHAPTER 3 OVERVIEW 11

GENERAL DESCRIPTION AND DEFINITION OF MRCAS 11
FIGURE 1 MEDICAL ROBOTIC AND COMPUTER-ASSISTED SURGICAL SYSTEMS 12
HISTORY OF MEDICAL ROBOTICS AND COMPUTER-ASSISTED SURGERY 12
SURGICAL IMAGING TECHNOLOGIES 13
IMAGE REGISTRATION TECHNIQUES 14
COMPUTER IMAGE PROCESSING 15
SURGICAL ROBOTS 15
THE "INTELLIGENT OPERATING ROOM" 16
SURGICAL SIMULATION 17
TECHNOLOGIES AND PRODUCTS 17
STANDALONE SURGICAL PLANNERS AND SIMULATORS 17
Technology 18
Modeling of Organs and Deformations 18
Simulation of Actions and Force Feedback Reactions 19
Emerging Technologies 20
Web-Based Surgical Simulators 20
Virtual Reality Simulators 21
Recent Patents 22
Advantages of Surgical Planners and Simulators 23
Products 23
TABLE 1 STANDALONE SURGICAL PLANNERS AND SIMULATORS 24
Altair Robotics Lab 25
CAE Healthcare 25
Intuitive Surgical 25
Mentice Medical Simulation 25
Merge Healthcare 26
Simbionix 26
SimQuest 27
SimSurgery 27
Surgical Science 27
VirtaMed 28
VOXEL-MAN 28
VRmagic 28
SURGICAL NAVIGATION SYSTEMS 28
Technologies 28
Imaging Technologies 28
Multimodal Imaging 29
Fluoroscopic Imaging 29
Video-Enhanced Imagery 30
Microscopic Imagery 31
Endoscopic Imagery 31
Dynamic (Interventional) Imaging 32
Compact MRI Scanners 33
Intraoperative CT 34
Intraoperative Ultrasound 34
Tracking Technologies 34
Optical Tracking 34
Electromagnetic Tracking 35
Display Technologies 35
Multiplanar Displays 35
Three-Dimensional Displays 35
Stereoscopic Displays 36
Virtual and Augmented Reality 36
Heads-Up Displays 36
Recent Patents 36
Advantages of Surgical Navigation Systems 39
Products 40
Image-Guided Surgical Navigation Systems 40
TABLE 2 IMAGE-GUIDED SURGICAL NAVIGATION SYSTEMS 40
Boulder Innovation Group 41
FlashPoint 5500 41
Brainlab AG 41
Curve 41
Kick 41
Medtronic 42
StealthStation 42
Orthopaedic Synergy 42
ART Station 42
Stryker Corp. 42
Stryker Navigation System II 42
ENlite 43
NavSuite 43
Zimmer 43
ORTHOsoft 43
Interventional Navigation Systems 43
TABLE 3 INTERVENTIONAL SURGICAL NAVIGATION SYSTEMS 44
TABLE 4 COMPARISON OF NONFLUOROSCOPIC INTERVENTIONAL IMAGING
TECHNOLOGIES 45
Aesculap 46
OrthoPilot 46
Brainlab 46
Dash 46
Kinamed 46
NaviPro 46
Medtronic 46
PoleStar 47
Siemens Healthcare 47
NaviLink 47
Smith and Nephew 47
PiGalileo 47
SONOWAND 48
SonoWand Invite 48
Surgical Navigation Accessories and Add-Ons 48
TABLE 5 SURGICAL NAVIGATION ACCESSORIES AND ADD-ONS 49
Ascension Technology 49
Viking Systems 49
3-D-HD Visualization System and Infomatix 49
4navitec 50
Pointers, Trackers, Adapters, and Other Accessories 50
SURGICAL ROBOTS 50
Technology 50
Robotically Assisted Micromanipulation 51
"Steady-Hand" Systems 51
Robotic "Wrists" and Other Dexterity Enhancements 52
Preprogrammed Robots 52
Constraint Robots 53
Voice Control 54
Other Emerging Technologies 54
New Robotic Arm Designs 55
Remote Surgery 55
Single-Incision Surgery 56
Natural-Orifice Surgery 56
Surgical Robots with Increased Levels of Machine Intelligence 58
"Microbots" 59
Recent Patents 59
Advantages of Robotics 62
Products 63
TABLE 6 SURGICAL ROBOTICS 63
Biobot Surgical 64
Mona Lisa 64
Corindus 64
CorPath 64
Curexo Technology 64
ROBODOC 64
Freehand 65
FreeHand 65
Given Imaging (acquired by Covidien in December 2013) 65
Given Imaging Diagnostic System 65
Hansen Medical 65
Magellan 65
Sensei 65
Hitachi Medical Systems 66
Magnetic Resonance Image-Guided Surgical Robotic
System 66
IMRIS 66
NeuroArm 66
Intuitive Surgical Systems 66
da Vinci 66
MAKO Surgical (acquired by Stryker in September 2013) 68
RIO 68
Mazor Robotics 68
Renaissance 68
MicroDexterity 68
MicroDex 68
Robotic Systems and Technologies 69
Penelope CS 69
Schaerer Mayfield 69
NeuroMate 69
SOFAR 70
ALF-X 70
Titan Medical 70
SPORT 70
DIGITAL OPERATING ROOMS AND EQUIPMENT 70
Technologies 70
Data Routing 71
User Interface 71
Open System Architectures 72
Recent Patents 72
Advantages 73
Products 74
TABLE 7 INTELLIGENT OPERATING ROOM SOLUTIONS AND COMPONENTS 74
Stryker 74
iSuite Operating Room of the Future 74
SIDNE 75
Karl Storz 75
OR 1 NEO 75
Smith and Nephew 76
Digital Operating Room 76
Intuitive Surgical 76
HERMES 76
Steris Corp. 76
3085 SP Operating Table/Harmony Surgical Lighting
System 76
Skytron Surgical 77
Stellar Surgical Lighting Systems (Skytron Surgical) 77
Berchtold 77
CHROMOPHARE Surgical Lighting Systems 77
Covidien 77
Force FX Electrosurgical Generator 77
PRINCIPAL SURGICAL APPLICATIONS OF MRCAS 77
TABLE 8 PRINCIPAL SURGICAL APPLICATIONS OF MRCAS 78
ORTHOPEDIC APPLICATIONS 78
Hip Replacement 79
Knee Replacement 79
Trauma 80
Pedicle Screw Fixation and Other Spinal Procedures 80
NEUROSURGICAL APPLICATIONS 81
Stereotactic Biopsy 82
Craniotomy 82
Shunt 83
Implants 83
Deep Brain Stimulation 83
EAR, NOSE, AND THROAT (ENT) APPLICATIONS 83
Functional Endoscopic Sinus Surgery 84
CARDIAC APPLICATIONS 84
Coronary Bypass Surgery 84
Heart Valve Repair and Replacement 84
Percutaneous Coronary Intervention 85
OTHER ENDOSCOPIC APPLICATIONS 85

CHAPTER 4 THE GLOBAL MARKET FOR MRCAS EQUIPMENT 88

GLOBAL MRCAS MARKET 88
MARKET BY COUNTRY/REGION 88
TABLE 9 MAJOR INTERNATIONAL MARKETS FOR MRCAS DEVICES AND EQUIPMENT
BY REGION, THROUGH 2019 ($ MILLIONS) 88
FIGURE 2 TRENDS IN THE GLOBAL MRCAS MARKET, 2013-2019 ($ MILLIONS) 88
FIGURE 3 GLOBAL MRCAS MARKET SHARES BY COUNTRY/REGION, 2013 VS. 2019
(%) 89
MARKET BY TYPE OF EQUIPMENT 90
TABLE 10 GLOBAL MRCAS MARKET BY TYPE OF EQUIPMENT, THROUGH 2019 ($
MILLIONS) 90
FIGURE 4 GLOBAL MRCAS MARKET SHARES BY EQUIPMENT TYPE, 2013 VS. 2019
(%) 90
MARKET BY TYPE OF APPLICATION 91
TABLE 11 GLOBAL MRCAS MARKET BY TYPE OF APPLICATION, THROUGH 2019 ($
MILLIONS) 92
FIGURE 5 GLOBAL MRCAS MARKET SHARES BY APPLICATION SEGMENT, 2013 VS.
2019 (%) 92
INDUSTRY STRUCTURE AND COMPETITION 93
OVERALL MARKET LEADERS 93
TABLE 12 MAJOR MRCAS VENDORS' MARKET SHARES, 2013 (%) 93
FIGURE 6 U.S. MARKET SHARE OF OVERALL MRCAS MARKET LEADERS, 2013 (%) 93
SURGICAL PLANNERS AND SIMULATORS 94
FIGURE 7 GLOBAL MARKET SHARES OF LEADING SUPPLIERS OF SURGICAL
PLANNERS AND SIMULATORS, 2013 (%) 94
SURGICAL NAVIGATION SYSTEMS 95
FIGURE 8 GLOBAL MARKET SHARES OF LEADING SUPPLIERS OF SURGICAL
NAVIGATION SYSTEMS, 2013 (%) 96
SURGICAL ROBOTS 96
FIGURE 9 GLOBAL MARKET SHARES OF LEADING SUPPLIERS OF SURGICAL ROBOTS,
2013 (%) 97
INTELLIGENT OPERATING ROOM SOLUTIONS 97
FIGURE 10 GLOBAL MARKET SHARES OF LEADING SUPPLIERS OF INTELLIGENT
OPERATING ROOM SOLUTIONS, 2013 (%) 97

CHAPTER 5 THE U.S. MARKET FOR MRCAS EQUIPMENT 100

MARKET ENVIRONMENT 100
DEMOGRAPHIC TRENDS 100
TABLE 13 TRENDS IN NUMBER OF AMERICANS AGE 55 AND OLDER, THROUGH
2019 (MILLIONS) 100
TRENDS IN THE INCIDENCE OF CERTAIN DISEASES OR CONDITIONS 100
Trends in Cardiac Disease 100
Trends in Hip and Knee Replacement 101
TABLE 14 PROJECTED TRENDS IN MINIMALLY INVASIVE HIP AND KNEE
REPLACEMENT PROCEDURES, THROUGH 2019 (NUMBER OF PROCEDURES) 102
ECONOMIC TRENDS 102
TECHNOLOGICAL DEVELOPMENTS 102
Adaptation of Minimally Invasive Techniques to New Types of
Surgical Procedures 102
New Products and Technologies 103
Development of Lower-Cost Systems 103
Increasing Patient Access to Minimally Invasive Surgery 104
Facilitating Surgeon Awareness and Training in Minimally
Invasive Procedures 104
Offsetting Manpower Constraints and Reducing Hospital Labor
Costs 104
CHANGING STRUCTURE OF THE U.S. HEALTH CARE INDUSTRY 105
Hospital Consolidation 105
Developments in Health Insurance 105
Distribution Channels 107
FIGURE 11 U.S. DISTRIBUTION CHANNELS FOR MRCAS EQUIPMENT (PERCENT OF
TOTAL SALES MADE THROUGH EACH CHANNEL) 107
LAWS AND REGULATIONS 108
FDA Regulations 108
Patient Protection and Affordable Care Act 110
CONCLUSIONS 111
MARKET SIZE AND SEGMENTATION 111
OVERALL MARKET 111
TABLE 15 U.S. MRCAS MARKET BY TYPE OF EQUIPMENT, THROUGH 2019 ($
MILLIONS) 112
FIGURE 12 U.S. SALES OF MRCAS EQUIPMENT, 2013-2019 ($ MILLIONS) 112
MARKET BY EQUIPMENT SEGMENT 112
FIGURE 13 U.S. MRCAS MARKET SHARES BY TYPE OF EQUIPMENT, 2013 VS. 2019
(%) 113
MARKET BY APPLICATION SEGMENT 114
TABLE 16 U.S. MRCAS MARKET BY TYPE OF APPLICATION, THROUGH 2019 ($
MILLIONS) 114
FIGURE 14 U.S. MRCAS MARKET SHARES BY TYPE OF APPLICATION, 2013 VS. 2019
(%) 115
DETAILED MARKET ANALYSIS AND PROJECTIONS 116
SURGICAL PLANNERS AND SIMULATORS 116
Historical Sales 116
TABLE 17 U.S. SALES OF SURGICAL PLANNERS AND SIMULATORS, THROUGH 2013
($ MILLIONS) 116
FIGURE 15 U.S. SALES OF SURGICAL PLANNERS AND SIMULATORS, 2000-2013 ($
MILLIONS) 116
Projected Sales 117
TABLE 18 PROJECTED U.S. SALES OF SURGICAL PLANNERS AND SIMULATORS,
THROUGH 2019 ($ MILLIONS) 117
Risk Factors 117
SURGICAL NAVIGATION SYSTEMS 118
Historical Sales 118
TABLE 19 U.S. SALES OF SURGICAL NAVIGATION SYSTEMS, THROUGH 2013 ($
MILLIONS) 118
FIGURE 16 HISTORICAL U.S. SALES OF SURGICAL NAVIGATION SYSTEMS,
2000-2013 ($ MILLIONS) 118
Sales Projections 119
TABLE 20 PROJECTED U.S. SALES OF SURGICAL NAVIGATION SYSTEMS, THROUGH
2019 ($ MILLIONS) 119
Risk Factors 120
SURGICAL ROBOTS 120
Historical Sales 120
TABLE 21 U.S. SALES OF SURGICAL ROBOTS, THROUGH 2013 ($ MILLIONS) 120
FIGURE 17 HISTORICAL SALES OF U.S. SURGICAL ROBOTS, 2000-2013 ($ MILLIONS) 120
Market Penetration 121
TABLE 22 U.S. SURGICAL ROBOT MARKET PENETRATION, 2013 121
Projected Sales 122
TABLE 23 PROJECTED U.S. SALES OF SURGICAL ROBOTS, THROUGH 2019 ($
MILLIONS) 123
Risk Factors 124
INTELLIGENT OPERATING ROOM SOLUTIONS 125
Historical Sales 125
TABLE 24 U.S. SALES OF INTELLIGENT OPERATING ROOM SOLUTIONS, THROUGH
2013 (UNITS/$ MILLIONS) 125
FIGURE 18 HISTORICAL SALES OF U.S. INTELLIGENT OPERATING ROOM, 2000-2013
($ MILLIONS) 125
Market Penetration 126
TABLE 25 U.S. INTELLIGENT OPERATING ROOM MARKET PENETRATION, 2013 126
Projected Sales 126
TABLE 26 PROJECTED U.S. SALES OF INTELLIGENT OPERATING ROOM SOLUTIONS,
THROUGH 2019 ($ MILLIONS) 127
Risk Factors 127

CHAPTER 6 OTHER NORTH AND SOUTH AMERICAN MARKETS FOR MRCAS

EQUIPMENT 129
MARKET ENVIRONMENT 129
DEMOGRAPHICS 129
TABLE 27 OTHER NORTH AND SOUTH AMERICAN MARKET DEMOGRAPHIC
INDICATORS, 2013 (MILLIONS/%) 129
ECONOMICS 129
TABLE 28 OTHER NORTH AND SOUTH AMERICAN MARKET ECONOMIC INDICATORS,
2013 (%/$/$ BILLIONS) 130
REGULATORY ENVIRONMENT 130
Canada 130
Brazil 131
Mexico 131
Argentina 131
MARKET SIZE AND SEGMENTATION 132
OVERALL MARKET 132
TABLE 29 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET BY COUNTRY,
THROUGH 2019 ($ MILLIONS) 132
FIGURE 19 OTHER NORTH AND SOUTH AMERICAN MARKETS FOR MRCAS,
2013-2019 ($ MILLIONS) 133
MARKET BY COUNTRY 133
FIGURE 20 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET SHARES BY
INDIVIDUAL COUNTRY, 2013 VS. 2019 (%) 133
MARKET BY EQUIPMENT SEGMENT 135
TABLE 30 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET BY TYPE OF
EQUIPMENT, THROUGH 2019 ($ MILLIONS) 135
FIGURE 21 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET EQUIPMENT
SHARES, 2013 VS. 2019 (%) 136
MARKET BY APPLICATION SEGMENT 136
TABLE 31 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET BY TYPE OF
APPLICATION, THROUGH 2019 ($ MILLIONS) 137
FIGURE 22 OTHER NORTH AND SOUTH AMERICAN MRCAS MARKET APPLICATION
SHARES, 2013 VS. 2019 (%) 137

CHAPTER 7 EUROPEAN MARKETS FOR MRCAS EQUIPMENT 140

MARKET ENVIRONMENT 140
DEMOGRAPHICS 140
TABLE 32 EUROPEAN MARKET DEMOGRAPHIC INDICATORS, 2013 (MILLIONS/%) 140
ECONOMICS 140
TABLE 33 EUROPEAN MARKET ECONOMIC INDICATORS, 2013 (%/$/$ BILLIONS) 141
REGULATORY ENVIRONMENT 141
European Union 141
MARKET SIZE AND SEGMENTATION 143
OVERALL MARKET 143
MARKET BY COUNTRY 143
TABLE 34 EUROPEAN MRCAS MARKET BY COUNTRY, THROUGH 2019 ($ MILLIONS) 143
FIGURE 23 EUROPEAN MARKET FOR MRCAS, 2013-2019 ($ MILLIONS) 143
FIGURE 24 EUROPEAN MARKET SHARE OF MRCAS MARKET BY INDIVIDUAL
COUNTRY, 2013 VS. 2019 (%) 145
MARKET BY EQUIPMENT SEGMENT 146
TABLE 35 EUROPEAN MRCAS MARKET BY TYPE OF EQUIPMENT, THROUGH 2019 ($
MILLIONS) 146
FIGURE 25 EUROPEAN MRCAS MARKET EQUIPMENT SHARES, 2013 VS. 2019 (%) 147
MARKET BY APPLICATION SEGMENT 147
TABLE 36 EUROPEAN MRCAS MARKET BY TYPE OF APPLICATION, THROUGH 2019
($ MILLIONS) 148
FIGURE 26 EUROPEAN MRCAS MARKET APPLICATION SHARES, 2013 VS. 2019 (%) 148

CHAPTER 8 ASIA-PACIFIC MARKETS FOR MRCAS EQUIPMENT 151

ASIA-PACIFIC 151
MARKET ENVIRONMENT 151
Demographics 151
TABLE 37 ASIA-PACIFIC MARKET DEMOGRAPHIC INDICATORS, 2013 (MILLIONS/%) 151
Economics 152
TABLE 38 ASIA-PACIFIC MARKET ECONOMIC INDICATORS, 2013* (%/$/$ BILLIONS) 152
Regulatory Environment 153
Japan 153
China 153
India 154
Australia 155
New Zealand 155
MARKET SIZE AND SEGMENTATION 155
Overall Market 155
Market by Country 155
TABLE 39 ASIA-PACIFIC MRCAS MARKET BY COUNTRY, THROUGH 2019 ($ MILLIONS) 156
FIGURE 27 ASIA-PACIFIC REGION SALES OF MRCAS EQUIPMENT, 2013-2019 ($
MILLIONS) 156
FIGURE 28 ASIA-PACIFIC MRCAS MARKET SHARES BY COUNTRY, 2013 VS. 2019 (%) 156
Market by Equipment Segment 158
TABLE 40 ASIA-PACIFIC MRCAS MARKET BY TYPE OF EQUIPMENT, THROUGH 2019
($ MILLIONS) 158
FIGURE 29 ASIA-PACIFIC MRCAS MARKET SHARES BY EQUIPMENT SEGMENT, 2013
VS. 2019 (%) 159
Market by Application Segment 160
TABLE 41 ASIA-PACIFIC MRCAS MARKET BY TYPE OF APPLICATION, THROUGH 2019
($ MILLIONS) 160
FIGURE 30 ASIA-PACIFIC MRCAS MARKET SHARES BY APPLICATION SEGMENT, 2013
VS. 2019 (%) 161

CHAPTER 9 MIDDLE EASTERN AND AFRICAN MARKETS FOR MRCAS EQUIPMENT 163

MARKET ENVIRONMENT 163
DEMOGRAPHICS 163
TABLE 42 MIDDLE EASTERN AND AFRICAN MARKET DEMOGRAPHIC INDICATORS,
2013 (MILLIONS/%) 163
ECONOMICS 163
TABLE 43 MIDDLE EASTERN AND AFRICAN MARKET ECONOMIC INDICATORS, 2013
(%/$/$ BILLIONS) 164
REGULATORY ENVIRONMENT 164
Saudi Arabia 164
Turkey 164
MARKET SIZE AND SEGMENTATION 165
OVERALL MARKET 165
MARKET BY COUNTRY 165
TABLE 44 MIDDLE EASTERN AND OTHER MRCAS MARKETS BY COUNTRY,
THROUGH 2019 ($ MILLIONS) 165
FIGURE 31 MIDDLE EASTERN AND AFRICAN MARKET FOR MRCAS EQUIPMENT,
2013-2019 ($ MILLIONS) 166
FIGURE 32 MIDDLE EASTERN AND OTHER COUNTRIES MRCAS MARKET COUNTRY
SHARES, 2013 VS. 2019 (%) 166
MARKET BY EQUIPMENT SEGMENT 167
TABLE 45 MIDDLE EASTERN AND AFRICAN MRCAS MARKET BY TYPE OF
EQUIPMENT, THROUGH 2019 ($ MILLIONS) 167
FIGURE 33 MIDDLE EASTERN AND AFRICAN MRCAS MARKET EQUIPMENT SHARES,
2013 VS. 2019 (%) 167
MARKET BY APPLICATION SEGMENT 168
TABLE 46 MIDDLE EASTERN AND AFRICAN MRCAS MARKET BY TYPE OF
APPLICATION, THROUGH 2019 ($ MILLIONS) 169
FIGURE 34 MIDDLE EASTERN AND AFRICAN MRCAS MARKET APPLICATION SHARES,
2013 VS. 2019 (%) 169

CHAPTER 10 VENDOR PROFILES 172

4NAVITEC GMBH 172
ANAMEDIC 172
BERCHTOLD GMBH 172
BOULDER INNOVATION GROUP 173
BRAINLAB AG 173
B. BRAUN AESCULAP 174
CAE HEALTHCARE 174
CONMED CORP. 175
CUREXO TECHNOLOGY CORP. 175
GE HEALTHCARE 175
GIVEN IMAGING, LTD. 176
HANSEN MEDICAL (ROBOTICS) 176
HITACHI MEDICAL CORP. 177
INTEGRA RADIONICS INC. 177
INTUITIVE SURGICAL INC. 177
TABLE 47 INTUITIVE SURGICAL INC., FINANCIAL PERFORMANCE, 2009-2013 ($
MILLIONS) 178
KINAMED INC. 178
MAKO SURGICAL CORP. 179
MAZOR SURGICAL TECHNOLOGIES, LTD. 179
MEDTRONIC INC. 179
MENTICE MEDICAL SIMULATION AB 180
MERGE HEALTHCARE 180

View This Report »

Find all the market research you need - instantly, in one place.

+1.2 Million Research Documents & Statistics +200,000 Trusted Public Sources 350 Industries With Global Coverage

24/7 Customer Support

Talk to Amrita

+1 718 303 2019

Purchase Reports From Reputable Market Research Publishers

Surgical Navigation Systems: Technologies and Global Markets

Surgical Navigation Systems: Technologies and Global Markets

  • $ 6 650
  • Industry report
  • August 2014
  • by BCC Research

This study provides a current review of the surgical navigation systems market and offers an in-depth coverage of the competitive landscape. BCC Research determines the current market size, defines trends ...

Global Computer Assisted Surgical (CAS) Systems Market

Global Computer Assisted Surgical (CAS) Systems Market

  • $ 4 950
  • Industry report
  • September 2014
  • by Global Industry Analysts

This report analyzes the worldwide markets for Computer Assisted Surgical (CAS) Systems in US$ by the following Product Segments: Surgical Planners and Simulators, Surgical Navigation Systems, and Surgical ...

Dialysis Products and Services Market (Hemodialysis Products, Peritoneal Dialysis Products; In-center Dialysis Services and Home Dialysis Services) - Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2014 - 2020

Dialysis Products and Services Market (Hemodialysis Products, Peritoneal Dialysis Products; In-center Dialysis Services and Home Dialysis Services) - Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2014 - 2020

  • $ 4 795
  • Industry report
  • August 2014
  • by Transparency Market Research

Dialysis is a life-sustaining process that purifies the blood of kidney failure patient by cleaning waste products, removing extra fluids and by controlling the body's fluidic levels. Dialysis products ...


ReportLinker is an award-winning market research solution that finds, filters and organizes the latest industry data so you get all the market research you need - quickly, in one place.