YAG & Nd:YAG Crystals Market – Global Industry Insights, Market Size Estimation and Growth Forecast By Product Type (YAG Crystals and Nd:YAG crystals), By Technology (czochralski technique and others), By Application (high-intensity laser platforms, optical components, healthcare, military and others) & By Regions, 2017-2025

Introduction Yttrium Aluminum Garnet (YAG) is a crystalline variant of garnet, which is manufactured synthetically, for applications across several industry verticals. Doped variants of YAG are in high demand for several industrial applications. Neodymium doped YAG (Nd:YAG) is the most popular form of doped YAG crystal.

Market Dynamics The primary driving factors of the global YAG and Nd:YAG crystals market are rising demand of Nd:YAG crystals lasers in healthcare and industrial sector and growth in demand of Nd:YAG crystal based solid-state laser in consumer electronics manufacturing. The demand for high power pulsed laser welding equipments has been growing at a good pace in several emerging economies, such as China and India. Also, the growing demand for high power pulsed laser welding technology has been noticeable in several industry verticals, including automotive and metal processing. This in turn has been increasing the market demand for Nd:YAG crystal based high-intensity laser platforms, thus boosting the growth of the overall market. Additionally, the growth in application of ultrafast-pulse solid-state laser in the semiconductor industry has been boosting the growth of the Nd:YAG crystals market. These lasers are utilized for varied applications in the semiconductor industry, such as smartphone’s component manufacturing and display manufacturing among others. Such varied applications has been boosting the demand for such lasers, which again has been positively impacting the growth of the global YAG and Nd:YAG crystals market.Considering the positive impacts of the aforementioned factors, the demand for YAG and Nd:YAG crystalsis expected to rise during the forecast period from 2017 – 2025.

"Segmentation Overview By technology, the global market of YAG and Nd:YAG crystals has been sub-divided into Czochralski technique and other techniques. Due to the wide acceptance for production of YAG and Nd:YAG crystals, the Czochralski technique segment was the largest segment in 2016. Additionally, crystals produced through Czochralski method is with respect to the standards maintained by solid state laser manufacturers. Such factors promoted the growth of this segment.

Based on product type, the global YAG and Nd:YAG crystals market has been segmented into YAG crystals and Nd:YAG crystals. Nd:YAG crystals segment was the largest segment in 2016, due to its huge applications in solid state lasers. Additionally, Nd:YAG crystal based laser is being researched upon for high precision welding of automotive parts and also for ignition of automotive engine also. Such applications have been the primary reason for the high revenue share of this segment. In the other hand, undoped YAG crystals has relatively less application as most industry verticals prefer doped YAG crystals.

On the basis of application, the YAG and Nd:YAG crystals market has been divided into five segments, namely high-intensity laser platforms, optical components, healthcare, military, and others. Others segment includes manufacturing & metal/material processing, scientific research, semiconductor & consumer electronics etc. By both revenue and volume, other segment was the market leader in 2016.The growing application of these lasers can be attributed to their increasing usage in spectroscopic research, laser peening and additive manufacturing, which was instrumental in gaining the leading position of this segment."

Regional Outlook YAG and Nd:YAG crystals market has been further segmented into five broad geographic regions, namely North America, Europe, Asia Pacific (APAC), Middle-East & Africa (MEA)and Latin America. North America occupied the largest share of the market in 2016. The large market share can be attributed to growing application of Nd:YAG crystals in solid state lasers across this region.

Leading Player Mapping Some major players in the market are: Northrop Grumman Corporation (The U.S.), Scientific Materials Corporation (The U.S.), Laser Materials Corporation (The U.S.), FEE GmbH (Germany), II-VI Optical Systems, Inc. (The U.S.), Beijing Opto-Electronics Technology, Co. Ltd. (China), Cryslaser, Inc. (China), and Chengdu Dongjun Laser Co., Ltd. (China) among others.
  

 1.       Introduction
 1.1.        Study Objective
 1.2.        Assumption
 1.3.        Acronyms Used
 1.4.        Stakeholder Analysis, Mendelows Matrix
 1.5.        Research Scope
 1.6.        Market Segmentation
 1.7.        Research Limitations
 2.       Research Methodology
 2.1.        Parameters
 2.2.        Data Sources
 2.2.1. Primary Data Sources
 2.2.1.1.              Partial Excerpts of Interview with Key Industry Personnel
 2.2.1.2.              Partial Directory of Key Industry Personnel
 2.2.1.3.              Primary Interviews Breakdown, By Geography
 2.2.1.4.              Primary Interviews Breakdown, By Designation
 2.3.        Research Process
 2.3.1. Primary data collection process
 2.3.2. Primary data sources
 2.3.3. Secondary data collection process
 2.3.4. Secondary data sources
 2.4.        Market Size Estimation Technique
 2.4.1. Top Down Approach
 2.4.2. Bottom Up Approach
 2.4.3. Forecasting Technique
 3.       Executive Summary
 3.1.        Market Size (Value and Volume), By Type, 2016 Vs. 2025
 3.2.        Market Size (Value and Volume), By Technology, 2016 Vs. 2025
 3.3.        Market Size (Value and Volume), By Application, 2016 Vs. 2025
 3.4.        Market Size (Value and Volume), By Region, 2016 Vs. 2025
 4.       Market Overview
 4.1.        Market Definition
 4.2.        Product Definition
 4.3.        Industry Evolution Analysis
 4.4.        Key Trend Analysis
 4.5.        Product Lifecycle
 4.6.        Vendor Positioning Matrix
 4.7.        Porter Five Force Analysis
 4.8.        Patent Analysis
 4.9.        Industry Regulation
 4.10.      Market Attractiveness Analysis
 4.11.      Key Issues
 5.       Global YAG and Nd:YAG Crystals Market –Competitive Scenario
 5.1.        Market Share Analysis of Key Players
 5.2.        Competitive Strategies Adopted by Leading Players
 5.3.        List of Growth Activities
 5.3.1. Organic Growth Activities
 5.3.2. Inorganic Growth Activities
 5.4.        Customer Group Analysis
 6.       Global YAG and Nd:YAG Crystals Market – By Technology
 6.1.        Overview – By Technology
 6.2.        Technology Trends
 6.3.        Market Dynamics, By Technology
 6.3.1. Drivers
 6.3.2. Restraints
 6.3.3. Opportunities
 6.4.        Market Opportunity Heat Map, By Technology
 6.5.        Czochralski Technique
 6.5.1. Comparative Analysis of Cz growth technique for YAG and Nd:YAG crystals
 6.6.        Other Techniques
 7.       Global YAG and Nd:YAG Crystals Market – By Type
 7.1.        Overview – By Type
 7.2.        Type Trends
 7.3.        Market Dynamics, By Type
 7.3.1. Drivers
 7.3.2. Restraints
 7.3.3. Opportunities
 7.4.        Market Opportunity Heat Map, By Type
 7.5.        YAG Crystals
 7.6.        Nd:YAGCrystals
 8.       Global YAG and Nd:YAG Crystals Market – By Application
 8.1.        Overview – By Application
 8.2.        Application Trends
 8.3.        Market Dynamics, By Application
 8.3.1. Drivers
 8.3.2. Restraints
 8.3.3. Opportunities
 8.4.        Market Opportunity Heat Map, By Application
 8.5.        High-intensity Laser Platforms
 8.6.        Optical Components
 8.7.        Healthcare
 8.8.        Military
 8.9.        Others
 9.       Global YAG and Nd:YAG Crystals Market – Product Type, By Application
 9.1.        Overview – Product Type, By Application
 9.2.        YAG Crystals – By Application
 9.3.        Nd:YAG Crystals – By Application
 10.   North America YAG and Nd:YAG Crystals Market
 10.1.      North America YAG and Nd:YAG Crystals Market: Overview
 10.2.      North America YAG and Nd:YAG Crystals Market: Market Dynamics
 10.2.1.    Price Driver’s Impact Analysis
 10.2.2.    Price Restraint’s Impact Analysis
 10.3.      North America YAG &Nd:YAG Crystals Market: By Technology
 10.3.1.    North America Czochralski (CZ) Technique: Description
 10.3.2.    North America Other Techniques: Description
 10.4.      North America YAG and Nd:YAG Crystals Market: By Type
 10.4.1.    North America YAG Crystals: Description
 10.4.2.    North America Nd:YAG Crystals: Description
 10.5.      North America YAG and Nd:YAG Crystals Market: By Applications
 10.5.1.    North America High Intensity Laser Platforms: Description
 10.5.2.    North America Optical Components: Description
 10.5.3.    North America Healthcare: Description
 10.5.4.    North America Military: Description
 10.5.5.    North America Others: Description
 10.6.      North America YAG and Nd:YAG Crystals Market: By Country
 10.6.1.    The U.S.: Description
 10.6.2.    Canada: Description
 11.   Europe YAG and Nd:YAG Crystals Market
 11.1.      Europe YAG and Nd:YAG Crystals Market: Overview
 11.2.      Europe YAG and Nd:YAG Crystals Market: Market Dynamics
 11.2.1.    Price Driver’s Impact Analysis
 11.2.2.    Price Restraint’s Impact Analysis
 11.3.      EuropeYAG &Nd:YAG Crystals Market: By Technology
 11.3.1.    Europe Czochralski (CZ) Technique: Description
 11.3.2.    Europe Other Techniques: Description
 11.4.      Europe YAG and Nd:YAG Crystals Market: By Type
 11.4.1.    Europe YAG Crystals: Description
 11.4.2.    EuropeNd:YAG Crystals: Description
 11.5.      Europe YAG and Nd:YAG Crystals Market: By Applications
 11.5.1.    Europe High Intensity Laser Platforms: Description
 11.5.2.    Europe Optical Components: Description
 11.5.3.    Europe Healthcare: Description
 11.5.4.    Europe Military: Description
 11.5.5.    Europe Others: Description
 11.6.      Europe YAG and Nd:YAG Crystals Market: By Country
 11.6.1.    The U.K: Description
 11.6.2.    Germany: Description
 11.6.3.    France: Description
 11.6.4.    CIS + Scandinavia: Description
 11.6.5.    Rest of the Europe: Description
 12.   Asia Pacific YAG and Nd:YAG Crystals Market
 12.1.      Asia Pacific YAG and Nd:YAG Crystals Market: Overview
 12.2.      Asia Pacific YAG and Nd:YAG Crystals Market: Market Dynamics
 12.2.1.    Price Driver’s Impact Analysis
 12.2.2.    Price Restraint’s Impact Analysis
 12.3.      Asia PacificYAG &Nd:YAG Crystals Market: By Technology
 12.3.1.    Asia Pacific Czochralski (CZ) Technique: Description
 12.3.2.    Asia Pacific Other Techniques: Description
 12.4.      Asia Pacific YAG and Nd:YAG Crystals Market: By Type
 12.4.1.    Asia Pacific YAG Crystals: Description
 12.4.2.    Asia PacificNd:YAG Crystals: Description
 12.5.      Asia Pacific YAG and Nd:YAG Crystals Market: By Applications
 12.5.1.    Asia Pacific High Intensity Laser Platforms: Description
 12.5.2.    Asia Pacific Optical Components: Description
 12.5.3.    Asia Pacific Healthcare: Description
 12.5.4.    Asia Pacific Military: Description
 12.5.5.    Asia Pacific Others: Description
 12.6.      Asia Pacific YAG and Nd:YAG Crystals Market: By Country
 12.6.1.    China: Description
 12.6.2.    Japan: Description
 12.6.3.    India: Description
 12.6.4.    South Korea: Description
 12.6.5.    Rest of the Asia Pacific: Description
 13.   Middle East & Africa (MEA) YAG &Nd: YAG Crystals Market
 13.1.      MEA YAG and Nd:YAG Crystals Market: Overview
 13.2.      MEA YAG and Nd:YAG Crystals Market: Market Dynamics
 13.2.1.    Price Driver’s Impact Analysis
 13.2.2.    Price Restraint’s Impact Analysis
 13.3.      MEAYAG &Nd:YAG Crystals Market: By Technology
 13.3.1.    MEA Czochralski (CZ) Technique: Description
 13.3.2.    MEA Other Techniques: Description
 13.4.      MEA YAG and Nd:YAG Crystals Market: By Type
 13.4.1.    MEA YAG Crystals: Description
 13.4.2.    MEANd:YAG Crystals: Description
 13.5.      MEA YAG and Nd:YAG Crystals Market: By Applications
 13.5.1.    MEA High Intensity Laser Platforms: Description
 13.5.2.    MEA Optical Components: Description
 13.5.3.    MEA Healthcare: Description
 13.5.4.    MEA Military: Description
 13.5.5.    MEA Others: Description
 13.6.      MEA YAG and Nd:YAG Crystals Market: By Country
 13.6.1.    Israel: Description
 13.6.2.    South Africa: Description
 13.6.3.    Rest of the MEA: Description
 14.   Latin America YAG and Nd:YAG Crystals Market
 14.1.      Latin America YAG and Nd:YAG Crystals Market: Overview
 14.2.      Latin America YAG and Nd:YAG Crystals Market: Market Dynamics
 14.2.1.    Price Driver’s Impact Analysis
 14.2.2.    Price Restraint’s Impact Analysis
 14.3.      Latin AmericaYAG &Nd:YAG Crystals Market: By Technology
 14.3.1.    Latin America Czochralski (CZ) Technique: Description
 14.3.2.    Latin America Other Techniques: Description
 14.4.      Latin America YAG and Nd:YAG Crystals Market: By Type
 14.4.1.    Latin America YAG Crystals: Description
 14.4.2.    Latin AmericaNd:YAG Crystals: Description
 14.5.      Latin America YAG and Nd:YAG Crystals Market: By Applications
 14.5.1.    Latin America High Intensity Laser Platforms: Description
 14.5.2.    Latin America Optical Components: Description
 14.5.3.    Latin America Healthcare: Description
 14.5.4.    Latin America Military: Description
 14.5.5.    Latin America Others: Description
 14.6.      Latin America YAG and Nd:YAG Crystals Market: By Country
 14.6.1.    Brazil: Description
 14.6.2.    Mexico: Description
 14.6.3.    Rest of the Latin America: Description
 15.   Company Profiles
 15.1.      Northrop Grumman
 15.1.1.    Business Overview
 15.1.2.    Company Description
 15.1.3.    Primary Business Segments
 15.1.4.    SWOT Analysis
 15.1.5.    Strategy Mapping
 15.1.6.    Financial Overview
 15.2.      Scientific Materials Corporation
 15.2.1.    Business Overview
 15.2.2.    Company Description
 15.2.3.    Primary Business Segments
 15.2.4.    SWOT Analysis
 15.2.5.    Strategy Mapping
 15.2.6.    Financial Overview
 15.3.      Laser Materials Corporation
 15.3.1.    Business Overview
 15.3.2.    Company Description
 15.3.3.    Primary Business Segments
 15.3.4.    SWOT Analysis
 15.3.5.    Strategy Mapping
 15.3.6.    Financial Overview
 15.4.      FEE GmbH
 15.4.1.    Business Overview
 15.4.2.    Company Description
 15.4.3.    Primary Business Segments
 15.4.4.    SWOT Analysis
 15.4.5.    Strategy Mapping
 15.4.6.    Financial Overview
 15.5.      II – VI Optical Systems, Inc.
 15.5.1.    Business Overview
 15.5.2.    Company Description
 15.5.3.    Primary Business Segments
 15.5.4.    SWOT Analysis
 15.5.5.    Strategy Mapping
 15.5.6.    Financial Overview
 15.6.      Beijing Opto-Electronics Technology Co. Ltd.
 15.6.1.    Business Overview
 15.6.2.    Company Description
 15.6.3.    Primary Business Segments
 15.6.4.    SWOT Analysis
 15.6.5.    Strategy Mapping
 15.6.6.    Financial Overview
 15.7.      Cryslaser, Inc.
 15.7.1.    Business Overview
 15.7.2.    Company Description
 15.7.3.    Primary Business Segments
 15.7.4.    SWOT Analysis
 15.7.5.    Strategy Mapping
 15.7.6.    Financial Overview
 15.8.      Chengdu Dongjun Laser Co., Ltd. (DJ-Laser)
 15.8.1.    Business Overview
 15.8.2.    Company Description
 15.8.3.    Primary Business Segments
 15.8.4.    SWOT Analysis
 15.8.5.    Strategy Mapping
 15.8.6.    Financial Overview
  


List Of Tables

 Table 01: Customer Group Analysis
 Table 02: Market Opportunity Heat Map, By Technology
 Table 03: Market Opportunity Heat Map, By Type
 Table 04: Market Opportunity Heat Map, By Application
 Table 05: Considerations of Others Segment
 Table 06: YAG Crystals Revenue Forecast (USD Million) – By Application
 Table 07: Nd:YAG Crystals Revenue Forecast (USD Million) – By Application


List Of Figures

 Figure 01: Vendor Positioning Matrix
 Figure 02: YAG & Nd:YAG Crystals Patent, By Patent Offices (2016)
 Figure 03: Market Attractiveness, By Geography (2016)
 Figure 04: Market Attractiveness, By Type (2016)
 Figure 05: Market Attractiveness, By Technology (2016)
 Figure 06: Market Attractiveness, By Application (2016)
 Figure 07: Market Share of Key Players (2016)
 Figure 08: Global Revenue Forecast (USD Million): By Technology (2016 Vs 2025)
 Figure 09: Global Volume Forecast (Thousand Units): By Technology (2016 Vs 2025)
 Figure 10: Czochralski Technique - Revenue and Volume Forecast
 Figure 11: Other Techniques - Revenue and Volume Forecast
 Figure 12: Global Revenue Forecast (USD Million): By Type (2016 Vs 2025)
 Figure 13: Global Volume Forecast (Thousand Units): By Type (2016 Vs 2025)
 Figure 14: YAG Crystals - Revenue and Volume Forecast
 Figure 15: Nd:YAG Crystals - Revenue and Volume Forecast
 Figure 16: Global Revenue Forecast (USD Million): By Application (2016 Vs 2025)
 Figure 17: Global Volume Forecast (Thousand Units): By Application (2016 Vs 2025)
 Figure 18: High-intensity Laser Platforms - Revenue and Volume Forecast
 Figure 19: Optical Components - Revenue and Volume Forecast
 Figure 20: Healthcare - Revenue and Volume Forecast
 Figure 21: Military - Revenue and Volume Forecast
 Figure 22: Others - Revenue and Volume Forecast
 Figure 23: YAG Crystals Revenue Forecast (USD Million): By Application (2016 Vs 2025)
 Figure 24: YAG Crystals Revenue Forecast (USD Million) – By Application
 Figure 25: Nd:YAG Crystals Revenue Forecast (USD Million): By Application (2016 Vs 2025)
 Figure 26: Nd:YAG Crystals Revenue Forecast (USD Million) – By Application
 Figure 27: North America Revenue Forecast (USD Million): By Technology
 Figure 28: North America Volume Forecast (Thousand Units): By Technology
 Figure 29: North America Czochralski (CZ) Technique: Revenue and Volume Forecast
 Figure 30: North America Other Techniques: Revenue and Volume Forecast
 Figure 31: North America Revenue Forecast (USD Million): By Type
 Figure 32: North America Volume Forecast (Thousand Units): By Type
 Figure 33: North America YAG Crystals: Revenue and Volume Forecast
 Figure 34: North America Nd:YAG Crystals: Revenue and Volume Forecast
 Figure 35: North America Revenue Forecast (USD Million): By Applications
 Figure 36: North America Volume Forecast (Thousand Units): By Applications
 Figure 37: North America High Intensity Laser Platforms: Revenue and Volume Forecast
 Figure 38: North America Optical Components: Revenue and Volume Forecast
 Figure 39: North America Healthcare: Revenue and Volume Forecast
 Figure 40: North America Military: Revenue and Volume Forecast
 Figure 41: North America Others: Revenue and Volume Forecast
 Figure 42: North America Revenue Forecast (USD Million): By Country
 Figure 43: North America Volume Forecast (Thousand Units): By Country
 Figure 44: The U.S.: Revenue and Volume Forecast
 Figure 45: Canada: Revenue and Volume Forecast
 Figure 46: Europe Revenue Forecast (USD Million): By Technology
 Figure 47: Europe Volume Forecast (Thousand Units): By Technology
 Figure 48: Europe Czochralski (CZ) Technique: Revenue and Volume Forecast
 Figure 49: Europe Other Techniques: Revenue and Volume Forecast
 Figure 50: Europe Revenue Forecast (USD Million): By Type
 Figure 51: Europe Volume Forecast (Thousand Units): By Type
 Figure 52: Europe YAG Crystals: Revenue and Volume Forecast
 Figure 53: Europe Nd:YAG Crystals: Revenue and Volume Forecast
 Figure 54: Europe Revenue Forecast (USD Million): By Applications
 Figure 55: Europe Volume Forecast (Thousand Units): By Applications
 Figure 56: Europe High Intensity Laser Platforms: Revenue and Volume Forecast
 Figure 57: Europe Optical Components: Revenue and Volume Forecast
 Figure 58: Europe Healthcare: Revenue and Volume Forecast
 Figure 59: Europe Military: Revenue and Volume Forecast
 Figure 60: Europe Others: Revenue and Volume Forecast
 Figure 61: Europe Revenue Forecast (USD Million): By Country
 Figure 62: Europe Volume Forecast (Thousand Units): By Country
 Figure 63: The U.K.: Revenue and Volume Forecast
 Figure 64: Germany: Revenue and Volume Forecast
 Figure 65: France: Revenue and Volume Forecast
 Figure 66: CIS + Scandinavia: Revenue and Volume Forecast
 Figure 67: Rest of Europe: Revenue and Volume Forecast
 Figure 68: Asia Pacific Revenue Forecast (USD Million): By Technology
 Figure 69: Asia Pacific Volume Forecast (Thousand Units): By Technology
 Figure 70: Asia Pacific Czochralski (CZ) Technique: Revenue and Volume Forecast
 Figure 71: Asia Pacific Other Techniques: Revenue and Volume Forecast
 Figure 72: Asia Pacific Revenue Forecast (USD Million): By Type
 Figure 73: Asia Pacific Volume Forecast (Thousand Units): By Type
 Figure 74: Asia Pacific YAG Crystals: Revenue and Volume Forecast
 Figure 75: Asia Pacific Nd:YAG Crystals: Revenue and Volume Forecast
 Figure 76: Asia Pacific Revenue Forecast (USD Million): By Applications
 Figure 77: Asia Pacific Volume Forecast (Thousand Units): By Applications
 Figure 78: Asia Pacific High Intensity Laser Platforms: Revenue and Volume Forecast
 Figure 79: Asia Pacific Optical Components: Revenue and Volume Forecast
 Figure 80: Asia Pacific Healthcare: Revenue and Volume Forecast
 Figure 81: Asia Pacific Military: Revenue and Volume Forecast
 Figure 82: Asia Pacific Others: Revenue and Volume Forecast
 Figure 83: Asia Pacific Revenue Forecast (USD Million): By Country
 Figure 84: Asia Pacific Volume Forecast (Thousand Units): By Country
 Figure 85: China: Revenue and Volume Forecast
 Figure 86: Japan: Revenue and Volume Forecast
 Figure 87: India: Revenue and Volume Forecast
 Figure 88: Korea: Revenue and Volume Forecast
 Figure 89: Rest of Asia Pacific: Revenue and Volume Forecast
 Figure 90: MEA Revenue Forecast (USD Million): By Technology
 Figure 91: MEA Volume Forecast (Thousand Units): By Technology
 Figure 92: MEA Czochralski (CZ) Technique: Revenue and Volume Forecast
 Figure 93: MEA Other Techniques: Revenue and Volume Forecast
 Figure 94: MEA Revenue Forecast (USD Million): By Type
 Figure 95: MEA Volume Forecast (Thousand Units): By Type
 Figure 96: MEA YAG Crystals: Revenue and Volume Forecast
 Figure 97: MEA Nd:YAG Crystals: Revenue and Volume Forecast
 Figure 98: MEA Revenue Forecast (USD Million): By Applications
 Figure 99: MEA Volume Forecast (Thousand Units): By Applications
 Figure 100: MEA High Intensity Laser Platforms: Revenue and Volume Forecast
 Figure 101: MEA Optical Components: Revenue and Volume Forecast
 Figure 102: MEA Healthcare: Revenue and Volume Forecast
 Figure 103: MEA Military: Revenue and Volume Forecast
 Figure 104: MEA Others: Revenue and Volume Forecast
 Figure 105: MEA Revenue Forecast (USD Million): By Country
 Figure 106: MEA Volume Forecast (Thousand Units): By Country
 Figure 107: Israel: Revenue and Volume Forecast
 Figure 108: South Africa: Revenue and Volume Forecast
 Figure 109: Rest of MEA: Revenue and Volume Forecast
 Figure 110: Latin America Revenue Forecast (USD Million): By Technology
 Figure 111: Latin America Volume Forecast (Thousand Units): By Technology
 Figure 112: Latin America Czochralski (CZ) Technique: Revenue and Volume Forecast
 Figure 113: Latin America Other Techniques: Revenue and Volume Forecast
 Figure 114: Latin America Revenue Forecast (USD Million): By Type
 Figure 115: Latin America Volume Forecast (Thousand Units): By Type
 Figure 116: Latin America YAG Crystals: Revenue and Volume Forecast
 Figure 117: Latin America Nd:YAG Crystals: Revenue and Volume Forecast
 Figure 118: Latin America Revenue Forecast (USD Million): By Applications
 Figure 119: Latin America Volume Forecast (Thousand Units): By Applications
 Figure 120: Latin America High Intensity Laser Platforms: Revenue and Volume Forecast
 Figure 121: Latin America Optical Components: Revenue and Volume Forecast
 Figure 122: Latin America Healthcare: Revenue and Volume Forecast
 Figure 123: Latin America Military: Revenue and Volume Forecast
 Figure 124: Latin America Others: Revenue and Volume Forecast
 Figure 125: Latin America Revenue Forecast (USD Million): By Country
 Figure 126: Latin America Volume Forecast (Thousand Units): By Country
 Figure 127: Brazil: Revenue and Volume Forecast
 Figure 128: Mexico: Revenue and Volume Forecast
 Figure 129: Rest of Latin America: Revenue and Volume Forecast
  

Companies Mentioned
 Northrop Grumman Corporation (The U.S.),
 Scientific Materials Corporation (The U.S.),
 Laser Materials Corporation (The U.S.),
 FEE GmbH (Germany),
 II-VI Optical Systems, Inc. (The U.S.),
 Beijing Opto-Electronics Technology, Co. Ltd. (China),
 Cryslaser, Inc. (China),
 and Chengdu Dongjun Laser Co., Ltd. (China)
  


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