A recent market study published by PMR – “Microsurgery Robot Market: Global Industry Analysis 2013-2017 & Opportunity Assessment 2018-2028” consists a comprehensive assessment of the most important market dynamics. On conducting a thorough research on the historic as well as current growth parameters of the Microsurgery Robot market, growth prospects of the market are obtained with maximum precision. The report features unique and salient factors that may make a huge impact on the development of the Microsurgery Robot market during the forecast period. It can help market players to modify their manufacturing and marketing strategies to envisage maximum growth in the Microsurgery Robot market in the upcoming years. The report provides detailed information about the current and future growth prospects of the Microsurgery Robot market in the most comprehensive way for the better understanding of readers.
Chapter 1 – Executive Summary
The report commences with the executive summary of the Microsurgery Robot market report, which includes the summary of key findings and key statistics of the market. It also includes the market value (US$ million) estimates of the leading segments of the Microsurgery Robot market.
Chapter 2 – Market Overview
Readers can find detailed taxonomy and the definition of the Microsurgery Robot market in this chapter, which helps readers to understand the basic information about the Microsurgery Robot market dynamics, supply chain, cost structure, pricing analysis, list of key distributor and suppliers, list of key market participants included in the report.
Chapter 3 – Market Dynamics
A comprehensive analysis on the interplay of key factors influencing the global Microsurgery Robot Market such as Macro - Economic Factors Influencing Demand, Key Growth Drivers and Impact Analysis, Industry Challenges and Restraints, Forecast Factors and Relevance of Impact, Supply Chain Analysis, List of Key Manufacturers, Key Distributors, Porter’s Five Forces Analysis, Installed Base Scenario by Region (2018), Regulatory Guidelines
Chapter 4 – North America Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
This chapter includes detailed analysis of the growth of the North America Microsurgery Robot market along with the country-wise assessment including the U.S. and Canada. Readers can also find regional trends, regulations, and market growth based on Component, application, end user and country of Microsurgery Robot in the North America region.
Chapter 5 – Latin America Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
Readers can find detailed information about factors such as, pricing analysis, and regional trends that are impacting the growth of the Latin America Microsurgery Robot market. This chapter also includes the growth prospects of the Microsurgery Robot market in leading LATAM countries such as Brazil, Mexico, Argentina, and rest of the Latin America region.
Chapter 6 – Europe Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
Important growth prospects of the Microsurgery Robot market based on its components, end user, and applications in several European countries, such as EU4, UK, BENELUX, Nordic, and Eastern Europe is included in this chapter.
Chapter 7 – CIS & Russia Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
CIS & Russia region that are the subject of assessment to obtain growth prospects based on component, application, and end users of the Microsurgery Robot market in this chapter. Readers can find thorough information about the growth parameters by c of the CIS & Russia Microsurgery Robot market during the period 2018-2028.
Chapter 8 – APEJ Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
Great China, India, ASEAN, Australia and New Zealand are the leading countries in the APEJ region that are the prime subject of assessment to obtain growth prospects of the APEJ Microsurgery Robot market in this chapter. Readers can find thorough information about the growth parameters of the APEJ Microsurgery Robot market during the period 2018-2028.
Chapter 9 – Japan Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
Readers can find important factors that can make a huge impact on the growth of the Microsurgery Robot market in Japan based on the market segmentation, during the forecast period. This chapter provides the overview of regulations, drivers, restraints, and trends in the Japan Microsurgery Robot market.
Chapter 10 – MEA Microsurgery Robot Market Analysis 2013-2017 & Opportunity Assessment, 2018-2028
This chapter provides information on how the Microsurgery Robot market will grow in the major countries in MEA region, such as GCC Countries, Turkey, Iran, Israel, and South Africa, during the period 2013-2028.
Chapter 11 – Competition Landscape, Company Share and Company Profiles
In this chapter, readers can find a comprehensive list of all the leading stakeholders in the Microsurgery Robot market along with detailed information about each company, including company overview, revenue shares, strategic overview, and recent company developments. Market players featured in the report include Intuitive Surgical, Stryker, Medtronic Plc., Zimmer Biomet, Globus Medical, Inc., Smith & Nephew plc., Corindus, Inc., Renishaw plc., and TransEnterix Surgical, Inc.
Chapter 12 – Global Microsurgery Robot Market Analysis (2013-2017) & Opportunity Assessment (2018-2028), By Region
This chapter explains how the Microsurgery Robot market will grow across various geographic regions, such as North America, Latin America, Europe, Asia-Pacific Excluding Japan (APEJ), CIS & Russia, Japan and the Middle East & Africa (MEA).
Chapter 13 – Global Microsurgery Robot Market Analysis (2013-2017) & Opportunity Assessment (2018-2028), By Component
Based on the Component, the Microsurgery Robot market is segmented into instrument and accessories. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on the component as instruments and accessories. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on the component for each region.
Chapter 14 – Global Microsurgery Robot Market Analysis (2013-2017) & Opportunity Assessment (2018-2028), By Application
Based on the Application, the Microsurgery Robot market is segmented into Urology, Otology, Ophthalmology, Neurosurgery, Oncology, Reconstructive surgery, Ureterorenoscopy and others. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on application. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on the application for each region.
Chapter 15 – Global Microsurgery Robot Market Analysis (2013-2017) & Opportunity Assessment (2018-2028), By End User
Based on the End User, the Microsurgery Robot market is segmented into hospitals and ambulatory surgical centers. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on End User. In this chapter, readers can find information about key trends and developments in the Microsurgery Robot market and market attractive analysis based on the End User for each region.
Chapter 16 – Assumptions and Acronyms
This chapter includes a list of acronyms and assumptions that provide a base to the information and statistics included in the report.
Chapter 17 – Research Methodology
This chapter helps readers to understand the research methodology followed to obtain various conclusions, important qualitative information, and quantitative information about the Microsurgery Robot market.
40% Revenue Contribution of Leading Manufacturers
Microsurgery robot market is largely dominated tier 1 companies who are competing on the basis of product pricing in the microsurgery robot market. The consolidated nature of the market decreases the profitability of the business. However, growing awareness about minimally invasive surgeries and technological advancements in the field for robotics have increased the revenue opportunities for global manufacturers. Companies, such as Intuitive Surgical, Medtronic, and Corindus, Inc. holds more than 50.0% revenue share in the global microsurgery robot market in 2017. These companies are continuously making efforts to launch novel product lines in microsurgery robot market. Further, companies operating in the microsurgery robot market are collaborating with local distributors/retailers to increase the penetration of their products in the microsurgery robot market. These companies are also partnering with research groups to create innovative robotic platforms for specialized surgeries.
Elimination of Tremor and Attainment of High Precision and Visualization
Microsurgery procedure requires a magnifier such as microscope due to complexities involved in handling blood vessels, nerves or tubes. The implementation of microsurgery robotic systems to perform such complex surgeries has achieved the goal of operating on precise surgical site and eliminating the risk of damaging surrounding tissues, cells or vessels. Microsurgeries are difficult due to inexactitude caused by hand tremor and vision restriction. These limitations are excluded in robotic microsurgery. Robotic systems are provided with visualization and navigation systems that provide 3D view and easy direction towards surgical site. Additionally, micro instruments attached to the robotic systems perform the function of supplying energy, holding of vessels, etc. Varied applications for surgical procedures and availability of microsurgery robot at cheaper prices will lead to promising growth potential in microsurgery robot market.
Increasing Demand for Minimally Invasive Surgeries for Better Patient Outcome
Minimally invasive surgeries have a plethora of advantages over other techniques of surgeries, primarily due to less injury due to small invasions, less pain and scars, less hospital days. Robotic microsurgeries are minimally invasive surgeries allowing prevention from surgical site infections. Micro instruments attached to the robotic system allow surgical intervention through a small incision with is otherwise impossible for manual surgery. Moreover, ready availability of micro instruments is also pushing other key players to be a part of the microsurgery robot market.
Scope for Finding Potential Treatment for Manually Impossible Surgeries
Extensive research and development in robotics and mechatronics hold a potential to revenue opportunity for robotic systems. Complex microsurgeries such as neurosurgery, ophthalmology, otology, are highly sophisticated and requires extensive skill sets for execution. In recent years, microsurgery robots have set a growth path for such complex therapies, luring manufacturers to invest in research and development and aid medical science with robotic technology.
Reduction of Surgeon Discomfort
Microsurgery robots permit the surgeon to comfortably be in a rested position and perform surgery. These instruments reduces the visual strain because of real-time 3D imaging attributes. Increased surgeon concentration, dedication and work time with reduced fatigue is gained through the microsurgery robot, which considerably contributes to the boost of microsurgery robot market. Augmented reality and navigational system implemented in the robotic device further add to the comfort of surgeon during surgical intervention.
Agreements and Partnerships to Popularize the Product
Key players are acquiring local or small research organizations focused on surgical robotics technology. Hospitals are implementing the robotic systems to conduct clinical tests and publishing results of the systems, which widens the reach of the products across scientific community. Partnership agreement with regional distributors is one of the key strategy followed by key players to penetrate into the global market. Recently, Corindus, Inc. entered with an agreement with MC Healthcare Group to strategize distribution their robot CorPath GRX in Japan, thus establishing their company footprint. TransEnterix Surgical‘s Senhance robot has installed in University Medical Center New Orleans, in May 2018.
Growing Demand for Specialized Robots
Companies operating in microsurgery robots are focusing on development of differentiated robotic systems to compete in the market from rest of the players. Different types of surgeries requires diverse techniques and instruments which is tried to be implemented in a robotic system to perform surgery. For instance, Preceyes BV is developing a robot that would assist in vitreoretinal surgery. Mazor X By Mazor Robotics and Medtronic is primarily focused on spine surgery.
Competition section of microsurgery robot market features profiles of key players operating in the industry based on their revenue market shares, differential strategies, product offerings, marketing approach. Some of the key players featured in this report include Intuitive Surgical, Stryker, Medtronic Plc., Zimmer Biomet, Globus Medical, Inc., Smith & Nephew plc, Corindus, Inc., Renishaw plc, TransEnterix Surgical, Inc.
Intuitive Surgical offers a range of products for microsurgery robot, which include Da Vinci Xi, Da Vinci X, and Da Vinci SP systems. Intuitive Surgical robotic systems were the first robotic surgical device to receive a FDA approval. Wide range of accessories for robotic surgery are manufactured and marketed by Intuitive Surgical.
The key manufacturers of microsurgery robot are focusing on novel marketing strategies to increase product penetration. The companies are partnering with regional distributors and hospitals for popularizing the product. These companies are offering free trials at conferences and seminars for surgeons. Demand for robotic precision and means of easy, accurate and minimally invasive surgery by patients and surgeons in hospitals and ambulatory surgical centers are expected to be the key targets channel for the manufacturers. For instance, Stryker entered into a partnership with 3D Systems for VSP and anatomical models for the craniomaxillofacial specialty and Medtronic partnered with Atlas General Hospital, Serbia, Globus Medical conducted first spine robotic surgery using Excelsius GPS at the Johns Hopkins Hospital in Baltimore, US.
Microsurgery robots are computational tools used to perform microsurgeries with ease. Robotic Microsurgery is a type of minimally invasive surgery which allows the surgical instrument penetration with least incision which is manually difficult to visualize and operate. Microsurgery robots are a result of combination of interdisciplinary fields like mechanics, electronics, computer science and medical science.
About the Report
PMR conducted a research study on microsurgery robot market for the forecast period 2018 to 2028. The microsurgery robot market report offers a comprehensive evaluation of the business opportunities prevailing in the microsurgery robot market along with insights on the microsurgery robot trends, research and development in robotic microsurgery and microsurgery robot market competition. The report elaborates on the macroeconomic factors influencing the dynamics of microsurgery robot market and its futuristic potential.
The report offers a comprehensive taxonomy of microsurgery robot market based on component, application, end user, and region. The product type segment in microsurgery robots market are divided as instrument and accessories. Application segment in microsurgery robots market include surgery types such as Urology, Otology, Ophthalmology, Neurosurgery, Oncology, Reconstructive surgery, Ureterorenoscopy, and others. The microsurgery robots market has been analyzed across regions of North America, Latin America, Europe, Asia Pacific Excluding Japan, Japan and MEA.
Additional Questions Answered
Some of the additional questions addressed in this report on microsurgery robot market-
The microsurgery robot market has been estimated based on supply-demand approach. The market was first calculated based on allergy test volume conducted in different region/countries. The product volume was estimated based on the incidence rate of various types of allergies in top 20 countries globally. Other qualitative factors analyzed during test volume estimation include awareness level for point care microsurgery robot, recurrence rate of allergy reaction and others. This information is further validated with rigorous primary research (including interviews, surveys, in-person interactions, and viewpoints of seasoned analysts) and secondary research (including verified paid sources, authentic trade journals, and resourceful databases). The research study on microsurgery robot market also includes top trends and macro as well as micro economic factors shaping the microsurgery robot market. With this approach, the report on microsurgery robot market anticipates the industry attractiveness of every major segment in microsurgery robot over the forecast period.