회원가입 | 연락처 | 사이트맵 | English

      회사소개 | 리포트 | 커스텀 리서치 | 고객지원


로그인

카테고리

유/무선통신

전기/전자

디지털기기/미디어/방송

Information Technology

에너지

생명공학

화학/신소재

자동차

환경

일반소비재

마케팅/광고

금융

건설

교통/운송

소비자조사

방위/항공/우주

식음료

중공업

교육

기계

무역

스포츠/레저

해운/조선

패션

정부/정책

공예/귀금속

컴퍼니 프로파일

기타산업

 
현재위치 : HOME > 리포트 > Information Technology > IT기술
3-D Scanning: Technologies and Global Markets
발행사 BCC Research

발행일 2016-05-02
분량 177 pages
서비스형태 Report
판매가격

인쇄하기

REPORT HIGHLIGHTS

The global market for three-dimensional (3-D) scanning totaled $5.1 billion in 2014 and nearly $5.9 billion in 2015. This market should total nearly $13.3 billion in 2020, rising at a five-year compound annual growth rate (CAGR) of 17.7% from 2015 to 2020.

This report provides:

  • An overview of the global markets and technologies for three-dimensional scanning

  • Analyses of global market trends, with data from 2014, 2015, and projections of CAGRs through 2020

  • Specific information on various 3-D technologies such as structured light modulation, laser triangulation, and conoscopic holography

  • A detailed patent analysis, especially pertaining to picoprojector developments

  • Details pertaining to the market's dynamics, specifically growth drivers and inhibitors

  • Analysis of the opportunities for both current industry participants and new entrants

  • Profiles of major players in the industry

    SAMPLE FIGURE

    GLOBAL MARKET FORECAST FOR 3-D SCANNING BY TECHNOLOGY, 2014-2020

    ($ MILLIONS)

    GLOBAL MARKET FORECAST FOR 3-D SCANNING BY TECHNOLOGY, 2014-2020



REPORT SCOPE


SCOPE AND FORMAT OF THE REPORT


This BCC Research study was conducted with a global focus on 3-D scanning devices, services and applications. The market analyses herein thus also form a global perspective on the present and future state of the 3-D scanning market. All monetary values in the tables are in 2015 U.S. dollars.


To fully understand the market opportunity for 3-D scanning technologies in the various market applications, the report is first segmented based on the following technologies:


Laser triangulation.


Structured light.


Conoscopic holography.



Additionally, each technology and market application segment is geographically segmented into the following regions:


North America.


Europe.


Asia-Pacific.



For each respective geographical region, the report analyzes key market traits, market drivers and industry-specific attributes to effectively understand the market opportunity for 3-D scanning technologies used in targeted application segments, including:


QC and automated inspection (by region).


Reverse engineering (by region).


Asset generation (by region).


Body scanning (by region).



The report is intended to provide business planners and managers with an improved understanding of the various directions in which this specific market and technology are developing. Through this lens, we examine the opportunities that will be created from both technological development and expanded awareness, as well as the realization of 3-D scanning’s capabilities for a variety of verticals.



The report includes the following major elements:


Executive summary.


In-depth analyses of the key 3-D scanning technologies, as well as an overview of the relevant aspects of important competing and complementary technologies.


Information about recent technical developments and patents for laser triangulation, structured light, conoscopic holography and other 3-D scanning technologies.


Current and potential applications for 3-D scanning devices and services.


Key patent and patent application analyses.


Global market sizing, trends and projections in the market for 3-D scanning technologies by technology, application segment and geographical region, from 2014 through 2020.


Technology vendor and industry player profiles, including both device manufacturers and related service providers in the 3-D scanning market.


Analysis of the opportunities for both current industry participants and new market entrants.



Overall, the report focuses on the near-field scanning market, excluding systems designed for the scanning of objects more than a few meters in extent or distance from the scanner. This distinction is based on the deeply interconnected relations in technology and applications that bind the near-field technologies together to form a cohesive and well-defined market. From this follows the relatively light attention given to time-of-flight scanning as a technology. Certain applications of time-of-flight scanning infringe on the edges of the 3-D art sector, but for a very limited set of applications that are very distinct and governed by different market forces than those examined in detail in this report. BCC Research feels that the qualitative and quantitative judgments contained in this report represent a valuable contribution to understanding the 3-D scanning market.



ANALYST’S CREDENTIALS


Erik Vickstrom is a management consultant with Acceleration Advisors, a Milwaukee, Wis.-based boutique management consulting firm. Erik has worked with both small engineering companies and Fortune 200 companies on the commercial verification of emerging technologies and on business model development and commercialization plans with technologies in the energy, materials, electronics, manufacturing, green-building and environmental markets. Before his current role, Erik worked with small- to large-size companies, focusing on business development and strategy in various stages. Erik is the author of other BCC Research reports, such as ENV007C The U.S. Market for Green Building Materials and EGY074B Energy Retrofits for Commercial and Public Buildings: Global Markets. He has also authored other publications focusing on topics in the financial sector. Erik received his degrees (MBA, MA and BS) from the University of Illinois at Urbana-Champaign, Ill., where he also conducted his postgraduate work and studies.




회사소개 | 개인정보보호정책 | 이용약관 | 배송/결제안내 | 이용안내

서울시 강남구 논현동 210-1 삼원빌딩 | 회사명 : (주)엘앤에치
대표전화 : 02-554-0001 / 팩스 : 02-3444-5501 / 이메일 : sales@landh.co.kr
Copyright ⓒ 2008 LNH, Inc. All rights reserved.