分析機器：産業の市場機会

産業部門は、世界の分析機器市場の大部分を占めています。この分野は、主要な製造分野、資源採掘産業、材料科学の最先端研究で構成されています。世界の大流行以来、この市場では、製造拠点の変化、再生可能エネルギー技術の重要性の高まり、知的財産をめぐる国際的緊張の激化、国内の安全保障、新旧両方のマクロ経済課題など、さまざまな変化が起きています。

産業部門における分析機器の使用は、資源採取から始まる。石油・ガス、金属・鉱業、エネルギー測量はすべて、採掘現場における経済的実現可能性や資源埋蔵量の大きさ、採掘される材料の品質、規制遵守、プロセス全体にわたる品質保証の測定に依存しています。これらの材料の品質は、他の産業に輸送される際に監視されます。次に、化学、ポリマー、半導体・ナノテクノロジーなどの産業は、原材料と精製された材料の組み合わせによって材料や部品を作り出します。ここでは、半導体表面を分析する電子顕微鏡、主要化学成分の分離をモニターするガスクロマトグラフィ装置、金属汚染物質を測定する誘導結合プラズマ質量分析計（ICP-MS）のような装置など、多くの方法で分析機器が使用されます。他の産業では、航空宇宙産業や自動車産業、電子産業などの複雑な技術を作るために、部品や原料、精製された材料を使用します。ここでも、自動車フレームの安全性を測定するための物理試験や、回路基板を検査するための簡易顕微鏡など、分析技術が多用されています。

当レポートでは、世界の分析機器市場について調査し、市場の概要ともに、セグメント別の需要動向などをまとめています。

目次

イントロダクション

最終市場概要

市場の需要

• 市場全体
• 表面科学
• 原子分光法
• クロマトグラフィ
• 材料特性評価
• 分子分光法
• 実験装置
• 質量分析
• ラボオートメーション

付録

The industrial sector represents a large portion of the worldwide analytical instrumentation marketplace. This sector is composed of key manufacturing areas, resource extraction industries, and cutting-edge research in materials science. Since the global pandemic, a number of shifts in this market have taken place, ranging from changes in manufacturing locations, increasing importance of renewable energy technologies, escalating international tensions over intellectual properties, domestic security, and macroeconomic challenges both old and new. This report analyzes this sector's demand for analytical instrumentation, and how its responses to these challenges will shape the future of these industries and technologies.

The use of analytical instruments in the industrial sector starts with resource extraction. Oil & gas, metals & mining, and energy surveying all rely on measurements of economic feasibility and size of resource deposits at extraction sites, quality of materials being extracted, regulatory compliance, and quality assurance throughout the process. The quality of these materials are monitored as they are transported to other industries. Next, industries such as chemicals, polymers and semiconductors & nanotechnology create materials and components through the combination of raw and refined materials. Here, analytical instruments are used in a host of ways, like electron microscopes to analyze semiconductor surfaces, gas chromatography instruments that monitor separation of key chemical components, or devices like inductively coupled plasma mass spectrometers (ICP-MS) to measure metal contaminants. Other industries take components, raw, and refined materials to make complex technologies such as the aerospace and automotive industries or the electronic industries. Even here, analytical technologies are used heavily, such as physical testing for measuring safety of car frames or simple microscopes for examining circuit boards. In so many ways, understanding the market dynamics of the industries using these technologies will provide a high level of insight into future trends, areas of interest, and what is next in industry.

This report also contains a special feature highlighting the battery industry. This industry is fast growing, large, and complex. It involves resources and R&D from multiple industries, with contributions spanning multiple end markets. Driven in-part by environmental concerns and electronic vehicle demand, the battery industry has seen a major increases in public and private investment, with expansion of both battery production and battery technology research. Due to the rapidly increasing demand for analytical instruments and the global implications of battery technology, SDi has examined how analytical instruments are being utilized as the batteries industry grows and evolves. For each category of analytical instrumentation, the report explores how technologies are being used in various end markets in the context of batteries, forecasts future growth for these technologies as it relates to batteries, and provides key insights.

As the industrial market continues to change, the future growth and prospects of these markets are found through the examination of new technologies and the tools used in research. Applications for these instruments and end markets are examined, including the growth, size and impact they have. Additionally, key market players are examined, and their effects on the industrial sector and technologies are revealed. In total, this report provides a complete and comprehensive overview of the industrial market for analytical instruments and examines both present and future conditions to help better understand its demand and future course.

SDi's "Industrial Market Opportunities for Analytical Instrumentation" covers the totality of the research use of analytical instrumentation in the industrial sector, observing market trends, influences, and forces that affect instrument demand and sales growth. As the leading provider of market research on analytical instrumentation, SDi has crafted this report to evaluate and explain what is currently driving this sector. This report does not cover process, in-line, or online instrumentation.

Report Overview

This report contains the following information and details:

Market demand segmented by technique, product type, region, and end market with yearly market forecasts through 2028 with commentary. Each technology group covered also contains a special battery issue, with examination of battery demand on various end markets and future growth of battery-based demand on those technology groups. The market estimates have been newly updated with 2023 as the base year and estimates are provided for the following techniques:

Market shares of participating suppliers in each technology category and techniques as well as overall ranking in the industrial sector. Some of the top vendors in the overall market are presented below, in alphabetical order:

Table of Contents

Introduction

• About This Report
• Regional Segmentations
• End Market Segmentations

End Market Overview

Market Demand

• Overall Market
• Surface Science
• Atomic Spectroscopy
• Chromatography
• Materials Characterization
• Molecular Spectroscopy
• Lab Equipment
• Mass Spectrometry
• Lab Automation

Appendix

• Recent & Upcoming Reports