Directed Energy-Based Surgical Systems Market – Global Industry Analysis And Forecast(2022-2029)


Directed Energy-Based Surgical Systems Market is expected to grow at a CAGR of 6% during the forecast period. Global Directed Energy-Based Surgical Systems Market is expected to reach US$ 651.68 Mn. by 2029.

Non-healthcare industries have used a wide spectrum of energy-based systems for many different purposes, from microchip manufacturing to artist creations, whereas only a small portion of these commercially available systems have been exploited by surgeons. Although many of the technologies are large and sophisticated image-guided systems that provide precise targeting at the molecular and atomic level, numerous other technologies are small, hand-held portable systems.

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Thus, many surgical procedures are performed as outpatient or office procedures with small, hand-held directed energy devices. Within the spectrum of energy, one of the best opportunities is photonics, with numerous existing and emerging technologies that are being accepted by the clinical domain.

Even as surgery matures, and the fourth revolution in surgery in 25 years (robotic surgery) is gaining in popularity, a much more disruptive change is beginning with the next revolution: Directed energy for diagnosis and therapy (DEDAT). This advance takes the minimally invasive surgery (MIS) to the final step i.e. non-invasive surgery. As surgical operations increasingly move from open to non-invasive or minimally invasive techniques, the market for directed energy-based surgical systems will register higher demand and revenue.

One of the most remarkable developments in energy-based surgery over the last two decades has been the introduction of a large variety of complex and task-specific energy devices, incorporating novel technologies, newer designs, and advanced functions. Common examples include ultrasonic devices using mechanical energy, advanced bipolar electrosurgical devices. The success of energy devices is largely due to their ease of use, diverse configurations and utility for haemostasis, tissue dissection, and ablation.
Despite using energy-based devices on a daily basis, surgeons and surgical trainees may not always be familiar with their basic principles and functions, which acts as a restraint for the market.

The report contains detailed analysis of Strengths, Weakness and opportunities of the key players operating in the Global Directed-Energy based Surgical Systems market. It also provides information on current market trends, competitive ranking analysis, regional bifurcation, turnover forecasts, industry drivers and the key challenges.

The report has profiled ten key players in the market from different regions. However, report has considered all market leaders, followers and new entrants with investors while analysing the market and estimation the size of the same. The growing healthcare infrastructure in each region is different and focus is given on availability of advanced technology and new techniques.

Directed Energy-Based Surgical Systems Market Segment Analysis

By technology, the radio-frequency based segment is expected to grow at a significant CAGR of xx%. The segment held a larger share of xx% in 2021, owing to its advantages in the medical field. Radiofrequency energy presently forms the basis of numerous medical device systems used in the treatment of various medical disorders. The characteristics, methods of application and design of medical devices using radiofrequency (RF) energy are highly varied; however, the fundamental effects of energy on biological tissue are the same.
The application of RF energy generates heat, which can be used to cut, coagulate or induce metabolic processes in the target tissue. The characteristics of RF energy determine its application primarily in minimally invasive procedures and make it likely the most extended minimally invasive method in medicine at present. Many of today’s surgical procedures and techniques owe their existence and success to radiofrequency.

By applications, Directed-Energy based Surgical Systems market is growing because of its applications in gynaecology. The segment is expected to grow at a CAGR of xx% during the forecast period. A number of energy sources are used in gynaecologic laparoscopy. Monopolar electro surgery, bipolar electro surgery, advanced bipolar devices, ultrasonic energy and various types of lasers are some of the technologies used nowadays to facilitate surgeon tasks during laparoscopic operations.

Minimally invasive surgery has undergone significant advances and has changed the way operations are performed in the field of gynaecology and its sub specialties. Bipolar energy sources current passes between two active electrodes which are in close proximity to each other unlike the Monopolar in which it travels through patient body. As current passes between tips of instrument, it only affects tissue grasped between electrodes. These are relatively safe and more useful as compared to Monopolar as it causes minimum collateral spread, reduce risk of interference with other devices and better coagulation. These factors collectively are rising the market demand.

Directed Energy-Based Surgical Systems Market Regional Insights

North America accounted for the largest share of xx% in 2021, reason being the rising prevalence of surgeries. Investments by key players in this field has boosted the market growth. The rising number of haemodialysis procedures in North America and the technological advancements in dialysis devices introduced by key market players in this region are rising the market growth. The high class infrastructure with all surgery facilities available is also propelling the market growth in this region.

Asia Pacific is also expected to witness significant growth of xx% during the forecast period due to the increasing surgery cases. The allocation of a large amount of healthcare expenditure for hospitals and dispensing medicines to the elderly is expected drive the market demand.

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Global Directed Energy-Based Surgical Systems Market




Report Coverage
Details




Base Year:
2021
Forecast Period:
2022-2029




Historical Data:
2017 to 2021
Market Size in 2021:
US $ 408.87 Mn.




Forecast Period 2022 to 2029 CAGR:
6%
Market Size in 2029:
US $ 651.68 Mn.




 Segments Covered:
by Applications
• Aesthetic applications
• Dental applications
• Gynaecologic applications
• Ophthalmic applications
• Urologic applications
• Cardiovascular applications




by Technology
• Laser-based
• Radio-frequency based
• Cryogenic based
• Ultrasound based






Directed Energy-Based Surgical Systems Market Key Players

• Bausch & Lomb Incorporated
• Medtronic, INC
• Abbott Laboratories, INC
• Biolase, INC
• Johnson & Johnson Services
• American Medical Systems
• Hologic, INC
• Spectranetics
• Cynosyre, INC

Frequently Asked Questions:

1. Which region has the largest share in Global Directed Energy-Based Surgical Systems Market?
Ans: North America region held the highest share in 2021.

2. What is the growth rate of Global Directed Energy-Based Surgical Systems Market?
Ans: The Global Directed Energy-Based Surgical Systems Market is growing at a CAGR of 6% during forecasting period 2022-2029.

3. What is scope of the Global Directed Energy-Based Surgical Systems market report?
Ans: Global Directed Energy-Based Surgical Systems Market report helps with the PESTEL, PORTER, COVID-19 Impact analysis, Recommendations for Investors & Leaders, and market estimation of the forecast period.

4. Who are the key players in Global Directed Energy-Based Surgical Systems market?
Ans: The important key players in the Global Directed Energy-Based Surgical Systems Market are – Bausch & Lomb Incorporated, Medtronic, INC, Abbott Laboratories, INC, Biolase, INC, Johnson & Johnson Services, American Medical Systems, Hologic, INC, Spectranetics, Cynosyre, and INC

5. What is the study period of this market?
Ans: The Global Directed Energy-Based Surgical Systems Market is studied from 2021 to 2029. 





Global Directed Energy-Based Surgical Systems Market


    
 	
  1.  Preface
1.1. Report Scope and Market Segmentation
1.2. Research Highlights
1.3. Research Objectives
    2. 
 	
  2.  Assumptions and Research Methodology
2.1. Report Assumptions
2.2. Abbreviations
2.3. Research Methodology
2.3.1. Secondary Research
2.3.1.1. Secondary data
2.3.1.2. Secondary Sources
2.3.2. Primary Research
2.3.2.1. Data from Primary Sources
2.3.2.2. Breakdown of Primary Sources
    3. 
 	
  3.  Executive Summary: Market Size, By Market Value (US$ Mn)
    4. 
 	
  4.  Directed Energy-Based Surgical Systems Market Overview
4.1. Introduction
4.2. Market Indicator
4.2.1. Drivers
4.2.2. Restraints
4.2.3. Opportunities
4.2.4. Challenges
4.3. Porter’s Analysis
4.4. Value Chain Analysis
4.5. Market Risk Analysis
4.6. SWOT Analysis
4.7. Industry Trends and Emerging Technologies
    5. 
 	
  5.  Supply Side and Demand Side Indicators
    6. 
 	
  6.  Global Directed Energy-Based Surgical Systems Market Analysis and Forecast
6.1. Market Size & Y-o-Y Growth Analysis
6.1.1. North America
6.1.2. Europe
6.1.3. Asia Pacific
6.1.4. Middle East & Africa
6.1.5. South America
    7. 
 	
  7.  Global Directed Energy-Based Surgical Systems Market Analysis and Forecast, By Applications
7.1. Introduction and Definition
7.2. Key Findings
7.3. Market Value Share Analysis, By Applications
7.4. Market Size (US$ Mn) Forecast, By Applications
7.5. Market Analysis, By Applications
7.6. Market Attractiveness Analysis, By Applications
    8. 
 	
  8.  Global Directed Energy-Based Surgical Systems Market Analysis and Forecast, By Technology
8.1. Introduction and Definition
8.2. Key Findings
8.3. Market Value Share Analysis, By Technology
8.4. Market Size (US$ Mn) Forecast, By Technology
8.5. Market Analysis, By Technology
8.6. Market Attractiveness Analysis, By Technology
    9. 
 	
  9.  Global Directed Energy-Based Surgical Systems Market Analysis, By Region
9.1. Market Value Share Analysis, By Region
9.2. Market Size (US$ Mn) Forecast, By Region
9.3. Market Attractiveness Analysis, By Region
    10. 
 	
  10.  North America Directed Energy-Based Surgical Systems Market Analysis
10.1. Key Findings
10.2. North America Market Overview
10.3. North America Market Value Share Analysis, By Applications
10.4. North America Market Forecast, By Applications
10.4.1. Aesthetic applications
10.4.2. Dental applications
10.4.3. Gynecologic applications
10.4.4. Ophthalmic applications
10.4.5. Urologic applications
10.4.6. Cardiovascular applications
10.5. North America Market Value Share Analysis, By Technology
10.6. North America Market Forecast, By Technology
10.6.1. Laser-based
10.6.2. Radio-frequency based
10.6.3. Cryogenic based
10.6.4. Ultrasound based
10.7. North America Market Value Share Analysis, By Country
10.8. North America Market Forecast, By Country
10.8.1. U.S.
10.8.2. Canada
10.8.3. Mexico
10.9. North America Market Analysis, By Country
10.10. U.S. Market Forecast, By Applications
10.10.1. Aesthetic applications
10.10.2. Dental applications
10.10.3. Gynecologic applications
10.10.4. Ophthalmic applications
10.10.5. Urologic applications
10.10.6. Cardiovascular applications
10.11. U.S. Market Forecast, By Technology
10.11.1. Laser-based
10.11.2. Radio-frequency based
10.11.3. Cryogenic based
10.11.4. Ultrasound based
10.12. Canada Market Forecast, By Applications
10.12.1. Aesthetic applications
10.12.2. Dental applications
10.12.3. Gynecologic applications
10.12.4. Ophthalmic applications
10.12.5. Urologic applications
10.12.6. Cardiovascular applications
10.13. Canada Market Forecast, By Technology
10.13.1. Laser-based
10.13.2. Radio-frequency based
10.13.3. Cryogenic based
10.13.4. Ultrasound based
10.14. Mexico Market Forecast, By Applications
10.14.1. Aesthetic applications
10.14.2. Dental applications
10.14.3. Gynecologic applications
10.14.4. Ophthalmic applications
10.14.5. Urologic applications
10.14.6. Cardiovascular applications
10.15. Mexico Market Forecast, By Technology
10.15.1. Laser-based
10.15.2. Radio-frequency based
10.15.3. Cryogenic based
10.15.4. Ultrasound based
10.16. North America Market Attractiveness Analysis
10.16.1. By Applications
10.16.2. By Technology
10.17. PEST Analysis
10.18. Key Trends
10.19. Key Developments
    11. 
 	
  11.  Europe Directed Energy-Based Surgical Systems Market Analysis
11.1. Key Findings
11.2. Europe Market Overview
11.3. Europe Market Value Share Analysis, By Applications
11.4. Europe Market Forecast, By Applications
11.4.1. Aesthetic applications
11.4.2. Dental applications
11.4.3. Gynecologic applications
11.4.4. Ophthalmic applications
11.4.5. Urologic applications
11.4.6. Cardiovascular applications
11.5. Europe Market Value Share Analysis, By Technology
11.6. Europe Market Forecast, By Technology
11.6.1. Laser-based
11.6.2. Radio-frequency based
11.6.3. Cryogenic based
11.6.4. Ultrasound based
11.7. Europe Market Value Share Analysis, By Country
11.8. Europe Market Forecast, By Country
11.8.1. Germany
11.8.2. U.K.
11.8.3. France
11.8.4. Italy
11.8.5. Spain
11.8.6. Sweden
11.8.7. CIS countries
11.8.8. Rest of Europe
11.9. Germany Market Forecast, By Applications
11.9.1. Aesthetic applications
11.9.2. Dental applications
11.9.3. Gynecologic applications
11.9.4. Ophthalmic applications
11.9.5. Urologic applications
11.9.6. Cardiovascular applications
11.10. Germany Market Forecast, By Technology
11.10.1. Laser-based
11.10.2. Radio-frequency based
11.10.3. Cryogenic based
11.10.4. Ultrasound based
11.11. U.K. Market Forecast, By Applications
11.11.1. Aesthetic applications
11.11.2. Dental applications
11.11.3. Gynecologic applications
11.11.4. Ophthalmic applications
11.11.5. Urologic applications
11.11.6. Cardiovascular applications
11.12. U.K. Market Forecast, By Technology
11.12.1. Laser-based
11.12.2. Radio-frequency based
11.12.3. Cryogenic based
11.12.4. Ultrasound based
11.13. France Market Forecast, By Applications
11.13.1. Aesthetic applications
11.13.2. Dental applications
11.13.3. Gynecologic applications
11.13.4. Ophthalmic applications
11.13.5. Urologic applications
11.13.6. Cardiovascular applications
11.14. France Market Forecast, By Technology
11.14.1. Laser-based
11.14.2. Radio-frequency based
11.14.3. Cryogenic based
11.14.4. Ultrasound based
11.15. Italy Market Forecast, By Applications
11.15.1. Aesthetic applications
11.15.2. Dental applications
11.15.3. Gynecologic applications
11.15.4. Ophthalmic applications
11.15.5. Urologic applications
11.15.6. Cardiovascular applications
11.16. Italy Market Forecast, By Technology
11.16.1. Laser-based
11.16.2. Radio-frequency based
11.16.3. Cryogenic based
11.16.4. Ultrasound based
11.17. Spain Market Forecast, By Applications
11.17.1. Aesthetic applications
11.17.2. Dental applications
11.17.3. Gynecologic applications
11.17.4. Ophthalmic applications
11.17.5. Urologic applications
11.17.6. Cardiovascular applications
11.18. Spain Market Forecast, By Technology
11.18.1. Laser-based
11.18.2. Radio-frequency based
11.18.3. Cryogenic based
11.18.4. Ultrasound based
11.19. Sweden Market Forecast, By Applications
11.19.1. Aesthetic applications
11.19.2. Dental applications
11.19.3. Gynecologic applications
11.19.4. Ophthalmic applications
11.19.5. Urologic applications
11.19.6. Cardiovascular applications
11.20. Sweden Market Forecast, By Technology
11.20.1. Laser-based
11.20.2. Radio-frequency based
11.20.3. Cryogenic based
11.20.4. Ultrasound based
11.21. CIS countries Market Forecast, By Applications
11.21.1. Aesthetic applications
11.21.2. Dental applications
11.21.3. Gynecologic applications
11.21.4. Ophthalmic applications
11.21.5. Urologic applications
11.21.6. Cardiovascular applications
11.22. CIS countries Market Forecast, By Technology
11.22.1. Laser-based
11.22.2. Radio-frequency based
11.22.3. Cryogenic based
11.22.4. Ultrasound based
11.23. Rest of Europe Market Forecast, By Applications
11.23.1. Aesthetic applications
11.23.2. Dental applications
11.23.3. Gynecologic applications
11.23.4. Ophthalmic applications
11.23.5. Urologic applications
11.23.6. Cardiovascular applications
11.24. Rest of Europe Market Forecast, By Technology
11.24.1. Laser-based
11.24.2. Radio-frequency based
11.24.3. Cryogenic based
11.24.4. Ultrasound based
11.25. Europe Market Attractiveness Analysis
11.25.1. By Technology
11.25.2. By Applications
11.26. PEST Analysis
11.27. Key Trends
11.28. Key Developments
    12. 
 	
  12.  Asia Pacific Directed Energy-Based Surgical Systems Market Analysis
12.1. Key Findings
12.2. Asia Pacific Market Overview
12.3. Asia Pacific Market Value Share Analysis, By Applications
12.4. Asia Pacific Market Forecast, By Applications
12.4.1. Aesthetic applications
12.4.2. Dental applications
12.4.3. Gynecologic applications
12.4.4. Ophthalmic applications
12.4.5. Urologic applications
12.4.6. Cardiovascular applications
12.5. Asia Pacific Market Value Share Analysis, By Technology
12.6. Asia Pacific Market Forecast, By Technology
12.6.1. Laser-based
12.6.2. Radio-frequency based
12.6.3. Cryogenic based
12.6.4. Ultrasound based
12.7. Asia Pacific Market Value Share Analysis, By Country
12.8. Asia Pacific Market Forecast, By Country
12.8.1. China
12.8.2. India
12.8.3. Japan
12.8.4. South Korea
12.8.5. Australia
12.8.6. ASEAN
12.8.7. Rest of Asia Pacific
12.9. Asia Pacific Market Analysis, By Country
12.10. China Market Forecast, By Applications
12.10.1. Aesthetic applications
12.10.2. Dental applications
12.10.3. Gynecologic applications
12.10.4. Ophthalmic applications
12.10.5. Urologic applications
12.10.6. Cardiovascular applications
12.11. China Market Forecast, By Technology
12.11.1. Laser-based
12.11.2. Radio-frequency based
12.11.3. Cryogenic based
12.11.4. Ultrasound based
12.12. India Market Forecast, By Applications
12.12.1. Aesthetic applications
12.12.2. Dental applications
12.12.3. Gynecologic applications
12.12.4. Ophthalmic applications
12.12.5. Urologic applications
12.12.6. Cardiovascular applications
12.13. India Market Forecast, By Technology
12.13.1. Laser-based
12.13.2. Radio-frequency based
12.13.3. Cryogenic based
12.13.4. Ultrasound based
12.14. Japan Market Forecast, By Applications
12.14.1. Aesthetic applications
12.14.2. Dental applications
12.14.3. Gynecologic applications
12.14.4. Ophthalmic applications
12.14.5. Urologic applications
12.14.6. Cardiovascular applications
12.15. Japan Market Forecast, By Technology
12.15.1. Laser-based
12.15.2. Radio-frequency based
12.15.3. Cryogenic based
12.15.4. Ultrasound based
12.16. South Korea Market Forecast, By Applications
12.16.1. Aesthetic applications
12.16.2. Dental applications
12.16.3. Gynecologic applications
12.16.4. Ophthalmic applications
12.16.5. Urologic applications
12.16.6. Cardiovascular applications
12.17. South Korea Market Forecast, By Technology
12.17.1. Laser-based
12.17.2. Radio-frequency based
12.17.3. Cryogenic based
12.17.4. Ultrasound based
12.18. Australia Market Forecast, By Applications
12.18.1. Aesthetic applications
12.18.2. Dental applications
12.18.3. Gynecologic applications
12.18.4. Ophthalmic applications
12.18.5. Urologic applications
12.18.6. Cardiovascular applications
12.19. Australia Market Forecast, By Technology
12.19.1. Laser-based
12.19.2. Radio-frequency based
12.19.3. Cryogenic based
12.19.4. Ultrasound based
12.20. ASEAN Market Forecast, By Applications
12.20.1. Aesthetic applications
12.20.2. Dental applications
12.20.3. Gynecologic applications
12.20.4. Ophthalmic applications
12.20.5. Urologic applications
12.20.6. Cardiovascular applications
12.21. ASEAN Market Forecast, By Technology
12.21.1. Laser-based
12.21.2. Radio-frequency based
12.21.3. Cryogenic based
12.21.4. Ultrasound based
12.22. Rest of Asia Pacific Market Forecast, By Applications
12.22.1. Aesthetic applications
12.22.2. Dental applications
12.22.3. Gynecologic applications
12.22.4. Ophthalmic applications
12.22.5. Urologic applications
12.22.6. Cardiovascular applications
12.23. Rest of Asia Pacific Market Forecast, By Technology
12.23.1. Laser-based
12.23.2. Radio-frequency based
12.23.3. Cryogenic based
12.23.4. Ultrasound based
12.24. Asia Pacific Market Attractiveness Analysis
12.24.1. By Applications
12.24.2. By Technology
12.25. PEST Analysis
12.26. Key Trends
12.27. Key Developments
    13. 
 	
  13.  Middle East & Africa Directed Energy-Based Surgical Systems Market Analysis
13.1. Key Findings
13.2. Middle East & Africa Market Overview
13.3. Middle East & Africa Market Value Share Analysis, By Applications
13.4. Middle East & Africa Market Forecast, By Applications
13.4.1. Aesthetic applications
13.4.2. Dental applications
13.4.3. Gynecologic applications
13.4.4. Ophthalmic applications
13.4.5. Urologic applications
13.4.6. Cardiovascular applications
13.5. Middle East & Africa Market Value Share Analysis, By Technology
13.6. Middle East & Africa Market Forecast, By Technology
13.6.1. Laser-based
13.6.2. Radio-frequency based
13.6.3. Cryogenic based
13.6.4. Ultrasound based
13.7. Middle East & Africa Market Value Share Analysis, By Country
13.8. Middle East & Africa Market Forecast, By Country
13.8.1. GCC Countries
13.8.2. South Africa
13.8.3. Nigeria
13.8.4. Egypt
13.8.5. Rest of Middle East & Africa
13.9. Middle East & Africa Market Analysis, By Country
13.10. GCC Countries Market Forecast, By Applications
13.10.1. Aesthetic applications
13.10.2. Dental applications
13.10.3. Gynecologic applications
13.10.4. Ophthalmic applications
13.10.5. Urologic applications
13.10.6. Cardiovascular applications
13.11. GCC Countries Market Forecast, By Technology
13.11.1. Laser-based
13.11.2. Radio-frequency based
13.11.3. Cryogenic based
13.11.4. Ultrasound based
13.12. South Africa Market Forecast, By Applications
13.12.1. Aesthetic applications
13.12.2. Dental applications
13.12.3. Gynecologic applications
13.12.4. Ophthalmic applications
13.12.5. Urologic applications
13.12.6. Cardiovascular applications
13.13. South Africa Market Forecast, By Technology
13.13.1. Laser-based
13.13.2. Radio-frequency based
13.13.3. Cryogenic based
13.13.4. Ultrasound based
13.14. Nigeria Market Forecast, By Applications
13.14.1. Aesthetic applications
13.14.2. Dental applications
13.14.3. Gynecologic applications
13.14.4. Ophthalmic applications
13.14.5. Urologic applications
13.14.6. Cardiovascular applications
13.15. Nigeria Market Forecast, By Technology
13.15.1. Laser-based
13.15.2. Radio-frequency based
13.15.3. Cryogenic based
13.15.4. Ultrasound based
13.16. Egypt Market Forecast, By Applications
13.16.1. Aesthetic applications
13.16.2. Dental applications
13.16.3. Gynecologic applications
13.16.4. Ophthalmic applications
13.16.5. Urologic applications
13.16.6. Cardiovascular applications
13.17. Egypt Market Forecast, By Technology
13.17.1. Laser-based
13.17.2. Radio-frequency based
13.17.3. Cryogenic based
13.17.4. Ultrasound based
13.18. Rest of Middle East & Africa Market Forecast, By Applications
13.18.1. Aesthetic applications
13.18.2. Dental applications
13.18.3. Gynecologic applications
13.18.4. Ophthalmic applications
13.18.5. Urologic applications
13.18.6. Cardiovascular applications
13.19. Rest of Middle East & Africa Market Forecast, By Technology
13.19.1. Laser-based
13.19.2. Radio-frequency based
13.19.3. Cryogenic based
13.19.4. Ultrasound based
13.20. Middle East & Africa Market Attractiveness Analysis
13.20.1. By Applications
13.20.2. By Technology
13.21. PEST Analysis
13.22. Key Trends
13.23. Key Developments
    14. 
 	
  14.  South America Directed Energy-Based Surgical Systems Market Analysis
14.1. Key Findings
14.2. South America Market Overview
14.3. South America Market Value Share Analysis, By Applications
14.4. South America Market Forecast, By Applications
14.4.1. Aesthetic applications
14.4.2. Dental applications
14.4.3. Gynecologic applications
14.4.4. Ophthalmic applications
14.4.5. Urologic applications
14.4.6. Cardiovascular applications
14.5. South America Market Value Share Analysis, By Technology
14.6. South America Market Forecast, By Technology
14.6.1. Laser-based
14.6.2. Radio-frequency based
14.6.3. Cryogenic based
14.6.4. Ultrasound based
14.7. South America Market Value Share Analysis, By Country
14.8. South America Market Forecast, By Country
14.8.1. Brazil
14.8.2. Colombia
14.8.3. Argentina
14.8.4. Rest of South America
14.9. South America Market Analysis, By Country
14.10. Brazil Market Forecast, By Applications
14.10.1. Aesthetic applications
14.10.2. Dental applications
14.10.3. Gynecologic applications
14.10.4. Ophthalmic applications
14.10.5. Urologic applications
14.10.6. Cardiovascular applications
14.11. Brazil Market Forecast, By Technology
14.11.1. Laser-based
14.11.2. Radio-frequency based
14.11.3. Cryogenic based
14.11.4. Ultrasound based
14.12. Colombia Market Forecast, By Applications
14.12.1. Aesthetic applications
14.12.2. Dental applications
14.12.3. Gynecologic applications
14.12.4. Ophthalmic applications
14.12.5. Urologic applications
14.12.6. Cardiovascular applications
14.13. Colombia Market Forecast, By Technology
14.13.1. Laser-based
14.13.2. Radio-frequency based
14.13.3. Cryogenic based
14.13.4. Ultrasound based
14.14. Argentina Market Forecast, By Applications
14.14.1. Aesthetic applications
14.14.2. Dental applications
14.14.3. Gynecologic applications
14.14.4. Ophthalmic applications
14.14.5. Urologic applications
14.14.6. Cardiovascular applications
14.15. Argentina Market Forecast, By Technology
14.15.1. Laser-based
14.15.2. Radio-frequency based
14.15.3. Cryogenic based
14.15.4. Ultrasound based
14.16. Rest of South America Market Forecast, By Applications
14.16.1. Aesthetic applications
14.16.2. Dental applications
14.16.3. Gynecologic applications
14.16.4. Ophthalmic applications
14.16.5. Urologic applications
14.16.6. Cardiovascular applications
14.17. Rest of South America Market Forecast, By Technology
14.17.1. Laser-based
14.17.2. Radio-frequency based
14.17.3. Cryogenic based
14.17.4. Ultrasound based
14.18. South America Market Attractiveness Analysis
14.18.1. By Applications
14.18.2. By Technology
14.19. PEST Analysis
14.20. Key Trends
14.21. Key Developments
    15. 
 	
  15.  Company Profiles
15.1. Market Share Analysis, By Company
15.2. Competition Matrix
15.2.1. Competitive Benchmarking of key players By price, presence, market share, Technology, and R&D investment
15.2.2. New Product Launches and Product Enhancements
15.2.3. Market Consolidation
15.2.3.1. M&A By Regions, Investment and Technology
15.2.3.2. M&A Key Players, Forward Integration and Backward Integration
15.3. Company Profiles: Key Players
15.3.1. Bausch & Lomb Incorporated
15.3.1.1. Company Overview
15.3.1.2. Financial Overview
15.3.1.3. Product Portfolio
15.3.1.4. Business Strategy
15.3.1.5. Recent Developments
15.3.1.6. Development Footprint
15.3.2. Medtronic, INC
15.3.3. Abbott Laboratories, INC
15.3.4. Biolase, INC
15.3.5. Johnson & Johnson Services
15.3.6. American Medical Systems
15.3.7. Hologic, INC
15.3.8. Spectranetics
15.3.9. Cynosyre, INC
15.3.10. Others
    16. 


 
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