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生物晶片和生物MEMS（生物微機電系統）的全球市場 - 最終用戶、應用和競爭對手：分析和預測（2023-2029）

市場調查報告書

商品編碼

1436823

生物晶片和生物MEMS（生物微機電系統）的全球市場 - 最終用戶、應用和競爭對手：分析和預測（2023-2029）

BioChips & BioMEMS (Bio Microelectromechanical Systems) - Global Markets, End-Users, Applications & Competitors: 2023-2029 Analysis & Forecasts

出版日期: 2024年04月30日 | 出版商:

Dedalus Consulting, Inc. | 英文 150 Pages and 125 Charts/Graphs | 商品交期: 最快1-2個工作天內

價格

簡介目錄

本報告涵蓋了動態成長的生物晶片和生物MEMS市場的最新趨勢和未來前景，包括DNA晶片、晶片實驗室、生物感測器、藥物輸送系統、微流體設備、生物組學植入物、矽結構和微執行器。數據和分析包括支出、製造可行性點、資金來源/風險資本、上市步驟、技術許可收入產生、上市步驟等。

每個部分都包含市場數據，例如全球生物晶片和生物MEMS設備需求趨勢以及依類型、應用和最終用戶行業劃分的市場需求（以百萬美元為單位）。發佈2023年至2029年的年度數據，其中2023年為基準年，2029年為預測年。

研究目標

確定生物晶片和生物MEMS的新最終用途和應用市場，並依需求等級進行分析。
市場規模是根據消費價值（單位：百萬美元）依產品類型量化的。
分析市場趨勢和影響需求的因素。
我們依地區、產品類型、最終用途和應用預測未來的市場消費。
分析了生物晶片和生物MEMS技術的主要發展前景。

定量分析

實際消費金額（單位：百萬美元）
潛在需求（單位：百萬美元）
成長率（複合年增長率：%）

產品

生物晶片
- 微陣列
- 晶片實驗室
- 系統
生物微機電系統
- 生物傳感器
流量控制
溫度
壓力
電化學
生物力學
分子特異性
藥物輸送系統/微針
微流體裝置
- 閥門
- 泵
- 篩選
- 其他
注入
- 心血管
- 神經
- 視網膜/眼睛
矽結構
- 多層多晶矽形狀
- 支柱
- 穿孔形狀
- 長釘
- 其他
微型執行器
- 顯微操作器
- 外科微型器械

應用實例

聽力
生物防禦
生物電工程
生物力學
生物修復
心血管
診斷
給藥
內分泌學
環境
一般醫療護理
遺傳學/DNA 分析
免疫學
工業醫學
分子醫學
神經病學
眼科/眼科
腫瘤學
病理
即時診斷
研究與發展：基因表現/基因分型
外科手術
組織學/皮膚病學

最終用戶產業

醫療/製藥
研究
軍事/國防
環境
行業
其他

目標區域

北美洲：美國、加拿大、墨西哥
歐洲：德國、法國、英國
其他歐洲國家
亞太地區：日本、中國、韓國
其他亞太國家
拉丁美洲/南美國家
其他地區 (ROW) （中東/非洲）

A detailed report analyzing current trends in the dynamic and growing market for BioChips and BioMEMS including DNA chips, lab-on-a-chip, biosensors, drug delivery systems, microfluidic devices, biomems implants, silicon structures and microactuators. Data and analysis includes consumption value, manufacturing feasibility points, sources of funding/venture capital, steps to market, technology licensing revenue generation, and steps to market entry.

Each section contains market data including market demand (US$Millions) for Biochips and BioMEMS devices by global demand, type, application and end-user industry. Data is given for the years 2023-2029 by year with 2023 as the base year and 2029 as the forecast year.

Our published research has been industry proven as a consistently reliable source of market intelligence for many years. Through our work publishing research reports and consulting on life sciences markets, we have been able to offer clients valuable insights into new and existing markets.

The report contains over 150 pages and over 125 charts/graphs.

Scope of Coverage

The following categories present how the data was developed, organized and is presented. Breaking the data into specific categories is essential to analyze and draw meaningful insights. The breakdowns are designed to highlight key patterns and trends in the data, as well as to facilitate comparisons between different groups or segments.

Each section contains quantitative market data including market by consumption value (US$Millions), volume (UnitsMillions) and average selling price (US$/Unit). Data tables and visualizations include breakdowns by country, end-user industry & applications, operating frequencies, packaging and connector types, and supplier sales & market share. Data is given for the years 2023-2029 by year with 2023 as the base year, 2024 as the estimate year, and 2029 as the forecast year.

Introduction

Study Objectives
Methodology & Sources
Statistical Notes

Report Objectives

Identify and analyze emerging end-use and application markets for biochips and bioMEMS by demand levels.
Quantify market segments by value of consumption (US$MM) by product type.
Analyze factors affecting market development and demand.
Forecast future market consumption by region, product type, end-use market and application.
Analyze and present important developments in biochip and bioMEMS technology.

Each product contains market data presented in tables and charts. Data includes market by value (US$Millions) by total market value, end-user industry, and application. An extensive Technology Overview section provides valuable information on product types, trends, and applications. Data is given for the years 2023-2029 by year with 2019 as the base year and 2025 as the forecast year.

Quantitative Analysis

Real Consumption ($MM)
Potential Demand ($MM)
Growth Rate: CAGR (%)

Products Covered:

BioChips
- Microarrays
- Lab-on-a-chip
- Systems

BioMEMS
- Biosensors
Flow Control
Temperature
Pressure
Electrochemical
Biomechanics
Molecule specific
Drug Delivery Systems/Microneedles
Microfluidic Devices
- Valves
- Pumps
- Filters
- Other
Implants
- Cardiovascular
- Neural
- Retinal/Ocular
Silicon Structures
- Multilayer Polysilicon Shapes
- Pillars
- Perforated forms
- Spikes
- Other
Microactuators
- Micromanipulators
- Surgical Microinstruments

Applications

Aural
Biodefense
Bioelectrics
Biomechanics
Bioremediation
Cardiovascular
Diagnostics
Drug Delivery
Endocrinology
Environmental
General Medical
Genetics/DNA Analysis
Immunology
Industrial
Molecular Medicine
Neurology
Ocular/Opthamology
Oncology
Pathology
Point-of-Care Diagnostics
R&D: gene expression/genotyping
Surgery
Tissue/Dermatolology

End-User Industries

Healthcare/Pharmaceutical
Research
Military/Defense
Environmental
Industrial
Other

Geographic Scope

North America: US, Canada, Mexico
Europe: Germany, France, UK
Rest of Europe
Asia/Pacific: Japan, China, Korea
Rest Asia/Pacific
Latin/South America
Rest of World (Middle East, Africa)

Section One: Technology Overview

Technology & Industry Definitions

BioMEMS Fabrication
Nanomachining
VLSI
Genetic Engineering and more...

BioMaterials

Silicon
Polymers
C-MEMS
Fused Silica
Other advanced synthetics
Hydrogels
SU-8
Nanomaterials

Raw Materials for Device/Packaging

Silicon
Silicon oxide
Nitride
Titanium Packaging
Silicon oxide
Nitride
Other

BioMEMS and Nanotechnology

Convergence, Impact & Opportunities
Nanobiotechnology
Nanocoatings
Nanomaterials
Nanoactuators
Nanoelectrodes
Nano-optics

Technology, Product Introduction, Commercialization, and Competition

Steps to Market
Manufacturing Relationships
Foundries and Producers
Small Labs and Industry
Niche Players

Obstacles to Technological Advancement

MEMS Packaging
Biological Compatibility
Powering Devices
Device Support Structure
Integration of Technologies
- biotechnology
- nanotechnology
- electronic materials & fabrication
- MEMS
- optics
Technological Developments
- optics and laser technology implications
- microfluidics
- hybrid electronics