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市場調查報告書

3D列印的未來 2025年

The Future of 3D Printing to 2027

出版商 Smithers Pira 商品編碼 331551
出版日期 內容資訊 英文
商品交期: 最快1-2個工作天內
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3D列印的未來 2025年 The Future of 3D Printing to 2027
出版日期: 內容資訊: 英文
簡介

全球3D列印 市場價值預計2015年達到59億美元。預計該市場2025年成長到490億美元,10年的年複合成長率為23.7%。

本報告提供全球3D列印市場相關調查、印刷技術、各最終用途及地區的市場預測、競爭情形、主要的促進要素,及主要企業的綜合分析等彙整資料,為您概述為以下內容。

摘要整理

簡介、調查手法

技術預測

  • 簡介
  • 立體光固成型法
  • 熱溶解層積方式 (FFF方式) :擠製絲融合
  • 噴墨印刷:噴墨方式
  • 粉體融合成型技術方式 (PBF方式):選擇性雷射燒結 (SLS)
  • 其他方式:選擇性分層沉積 (SDL)
  • 技術展望 2025年 (技術發展的前10名)

市場預測

  • 簡介
  • 各地區的趨勢、促進要素
  • 市場、應用
  • 地區市場見解
  • 由於影像的案例

印表機機器市場 (各技術)

  • 簡介
  • 印刷經濟學
  • 全球印刷機器市場價值預測:各技術
  • 全球印刷機器出貨預測:各技術
  • 各地區的印刷機器市場價值預測
  • 各地區的印刷機器出貨預測
  • 全球印表機價值、出貨預測:產業用 vs. DIY消費者市場
  • 全球印表機機器出貨預測:各市場

原料市場預測

  • 簡介
  • 原料、價格、性價比
  • 全球原料市場價值預測
  • 全球原料規模 (公噸) 預測
  • 地區的原料市場價值預測
  • 地區的原料規模 (公噸) 預測

地區市場預測

  • 北美
  • 歐洲
  • 亞洲
  • 其他 (ROW)
  • 全球

策略的方向性

  • 市場、技術差距
  • 應該應對需求
  • 有可能性的機會
  • 應該討論策略概念

圖表

本網頁內容可能與最新版本有所差異。詳細情況請與我們聯繫。

目錄

Global value of the 3D printing activities reached $5.8 billion in 2016. This explosive growth trend will continue, with global value reaching $55.8 billion by 2027 at a compound annual growth rate (CAGR) of 23.0%.

The global 3D printing business continues to experience substantial success among hobbyists and home users, and in industrial and commercial sectors. In industrial and commercial areas, 3D printing has achieved significant success as a design and rapid prototyping tool, and for the production of complex moulds, tooling and dies used to form metal and plastic parts. Companies in the aviation/aerospace and military sectors, the automotive and other ground transportation segments, and the medical and dental sector have led adoption of 3D print techniques in the industrial/commercial sectors.

Our exclusive content

  • Qualitative and quantitative ten-year market forecasts broken down by process technology, raw material, end use and geography
  • Overview of key players within the market for both industrial and commercial segments
  • Exclusive, credible data gained from primary and secondary research from across the value chain

What methodology is used?

This report is based on extensive primary and secondary research. Primary research included interviews with industry experts across the globe. Secondary research included analysis of Smithers Pira's comprehensive printing industry database, as well as additional information gathered from a wide range of printing associations, suppliers and key industry contacts around the world. The Future of 3D Printing to 2027 provides a unique depth of information and analysis.

What will you discover?

  • Key drivers and trends for the 3D Printing Market to 2027
  • Details the innovative technology developments in 3D printing machinery, systems and materials
  • A complete picture of the shape of the 3D printing industry to help plan your business strategy with confidence

Who Should buy this report?

  • Printers
  • Raw material suppliers
  • Consumable suppliers
  • Equipment and machinery suppliers
  • Brand owners
  • Consultants and analysts
  • End users in aerospace, automotive, medical, military, consumer goods and other industries

Table of Contents

Executive summary

  • End use and applications outlook
  • Evolution of printer and materials technologies
  • Value chain evolution and adaptation
  • Prospects for the future

Introduction and methodology

  • Introduction
  • Objectives and scope
  • Methodology
  • Abbreviations and definitions

Cutting-edge technology developments

  • Introduction
  • Innovations in 3D printing machinery and systems
  • Innovations in materials
  • End use innovations
  • Value chain innovations
  • Potential inhibiting factors

3D printing market by equipment type

  • Introduction f Stereolithography
  • Selective laser sintering
  • Selective laser melting
  • Fused filament fabrication
  • Jetting technologies
  • Laminated object manufacturing
  • Important developments and trends

3D printing market by material type

  • Introduction
  • Thermoplastics for 3D printing
  • Photoreactive polymers for 3D printing
  • Metals for 3D printing
    • Obstacles to metals 3D printing growth
  • Materials for jetting-based 3D printing systems
  • Layered 3D printing materials
  • Glass and ceramics
    • Trends, innovations and potential Inhibiting factors
    • Trends in thermoplastic polymer materials
    • Trends in photoreactive polymer systems
    • Trends in metals

3D printing market by end use

  • Introduction
  • Industrial, commercial and institutional applications
    • Rapid prototyping and design
    • Demonstration and visualisation models
    • Moulds, tooling and dies
    • Finished and semi-finished products
    • Equipment, processes and materials R&D
  • Industrial, commercial and institutional
    • Aviation and aerospace
    • Military
    • Architectural
    • Automotive and other ground transportation
    • Consumer goods
    • Electrical / Electronics
    • Other industrial parts and components
    • Tooling, dies and moulds
    • Design, prototyping, models
  • Medical and dental
    • Imaging, planning and modelling
    • Custom implants and prosthetics
    • Medical devices
  • Academic and governmentsponsored research
  • Schools, hobbyist and DIY markets

3D printing market by region

  • Introduction
  • North America
  • Europe
  • Asia-Pacific
  • Rest of World

Key players

  • Introduction
  • 3D printing technology for home users
    • XYZprinting
  • 3D printing technology for industrial / commercial users
    • Desktop pro segment
  • 3D Systems
  • Stratasys
  • Materialise
    • Industrial segment
  • HP
  • Protolabs
  • Renishaw
  • SLM Solutions
  • Voxeljet
  • Integrated value chain players
    • General Electric

List of tables:

  • TABLE 0.1: Global 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 0.2: Global 3D printer shipment forecast by technology 2015-27, by volume (‘000 units)
  • TABLE 0.3: Global 3D printer raw materials market by type 2015-27, by volume (tonnes)
  • TABLE 0.4: Global share of 3D printing market by region 2015-27, by value (%)
  • TABLE 0.5: Pathways of innovation in 3D printing
  • TABLE 1.1: Some traditional parts manufacturing techniques
  • TABLE 1.2: Important thermoplastic polymers
  • TABLE 1.3: Important 3D printing techniques
  • TABLE 2.1: Pathways of innovation in 3D printing
  • TABLE 2.2: Equipment and machinery innovations
  • TABLE 2.3: Materials innovations
  • TABLE 2.4: Innovative end uses
  • TABLE 2.5: Value chain innovations
  • TABLE 2.6: Potential inhibiting factors
  • TABLE 3.1: Comparison of 3D printer technologies
  • TABLE 3.2: Global 3D printer shipments by technology 2015-27, by volume (‘000 units)
  • TABLE 3.3: Tier market structure definitions
  • TABLE 3.4: Global 3D printer shipments by technology 2016, by volume (‘000 units)
  • TABLE 3.5: Global 3D printer shipments by technology 2027, by volume (‘000 units)
  • TABLE 3.6: Some important suppliers of sterelithography and DLP systems
  • TABLE 3.7: Some important suppliers of selective laser sintering systems
  • TABLE 3.8: Some important suppliers of electron beam melting systems
  • TABLE 3.9: Some important suppliers of fused filament fabrication systems
  • TABLE 3.10: Some important suppliers of jetting 3D printer systems
  • TABLE 3.11: Innovation needs and objectives
  • TABLE 4.1: Global 3D printing raw material market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 4.2: Global 3D printing raw material market by type 2015-27, by value ($ million)
  • TABLE 4.3: Thermoplastic polymers 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 4.4: Engineering thermoplastic polymers 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 4.5: High-performance polymers 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 4.6: Photoreactive polymers 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 4.7: Metal 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 4.8: Thermoset polymers 3D printing raw materials market, by volume and value (‘000 tonnes and $ million)
  • TABLE 5.1: Global 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 5.2: Global 3D printer shipments by end use 2015-27, by volume (‘000 units)
  • TABLE 5.3: Global 3D printing application share by end use 2016, by value (%)
  • TABLE 5.4: Global 3D printing application share by end use 2027, by value (%)
  • TABLE 5.5: Aviation and aerospce 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.6: Military 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.7: Architectural 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.8: Automotive and other ground transportation 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.9: Consumer goods 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.10: Electrical and electronics 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.11: Other industrial sectors 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.12: Tooling, dies and moulds 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.13: Design, prototyping and models 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.13: Medical and dental 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.15: Academic and government-sponsored research 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 5.16: Schools, hobbyist and DIY 3D printing market 2015-27, by value and volume ($ million and ‘000 tonnes)
  • TABLE 6.1: Global 3D printing market by region 2015-27, by value ($ million)
  • TABLE 6.2: Global 3D printer shipments by end use 2015-27, by volume (‘000 units)
  • TABLE 6.3: Global 3D printing raw materials market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 6.4: Global 3D printer shipments by type 2015-27, by volume (‘000 units)
  • TABLE 6.5: Global 3D printing market share by region 2015-27, by value (%)
  • TABLE 6.6: North America 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 6.7: North America 3D printer shipments by end use 2015-27, by volume (‘000 units)
  • TABLE 6.8: North America 3D printing raw materials market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 6.9: North America 3D printer shipments by type 2015-27, by volume (‘000 units)
  • TABLE 6.10: Europe 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 6.11: Europe 3D printer shipments by end use 2015-27, by volume (‘000 units)
  • TABLE 6.12: Europe 3D printing raw materials market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 6.13: Europe 3D printer shipments by type 2015-27, by volume (‘000 units)
  • TABLE 6.14: Asia-Pacific 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 6.15: Asia-Pacific 3D printer shipments by end use 2015-27, by volume (‘000 units)95
  • TABLE 6.16: Asia-Pacific 3D printing raw materials market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 6.17: Asia-Pacific 3D printer shipments by type 2015-27, by volume (‘000 units)
  • TABLE 6.18: Rest of the world 3D printing market by end use 2015-27, by value ($ million)
  • TABLE 6.19: Rest of the world 3D printer shipments by end use 2015-27, by volume (‘000 units)
  • TABLE 6.20: Rest of the world 3D printing raw materials market by type 2015-27, by volume (‘000 tonnes)
  • TABLE 6.21: Rest of the world 3D printer shipments by type 2015-27, by volume (‘000 units)
  • TABLE 7.1: Representative providers of 3D print technology

List of figures:

  • FIGURE 4.1: Typical 3D printing value-adding system
  • FIGURE 5.1: Global 3D printing market by end use share 2016, by value (%)
  • FIGURE 5.2: Global 3D printing market by end use share 2027, by value (%)
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