An eccentricity tester is a device used to detect the eccentricity of mechanical parts. In the field of mechanical engineering, eccentricity is an important parameter, which directly affects the accuracy and performance of mechanical components. Therefore, it is very necessary for machinery manufacturing enterprises to use eccentricity testing machines for quality inspection.
An eccentricity tester usually consists of a sensor, a control system, and measurement software. The sensor is used to measure the position and angle of the DUT, and the control system calculates and processes the measurement results of the sensor to obtain the eccentricity of the DUT. Measurement software can store, analyze, and process measurement results to better understand the performance and quality of the specimen under test.
When using an eccentricity tester for quality inspection, the first step is to place the test piece in the correct position and adjust the angle. Then, the measurement parameters are set by the measurement software, such as the measurement range, measurement accuracy, etc. Next, the measurement program is started, the sensor begins to measure the position and angle of the test piece, and the control system calculates the eccentricity based on the measurement results. Finally, the measurement software displays the measurement results on the screen and stores the data in a database for subsequent analysis and processing.
The advantages of eccentricity testers lie in their high precision, high efficiency and high reliability. It can quickly and accurately measure the eccentricity of the test specimen, avoiding the errors and uncertainties of traditional manual measurement methods. In addition, the eccentricity detector can also realize automatic measurement, which greatly improves production efficiency and quality.
When using an eccentricity tester, you need to pay attention to the following: First, make sure that the test piece is placed in the correct position and angle;Secondly, the equipment should be regularly maintained and maintained to ensure its normal operation and service lifeFinally, the measurement results are carefully analyzed and processed in order to better understand the performance and quality of the test piece.
In short, eccentricity detector is an efficient and accurate detection equipment, which is of great significance to machinery manufacturing enterprises. By using eccentricity detector for quality inspection, the production efficiency and quality can be greatly improved, and greater value can be created for the enterprise.
Below is the table of contents, see the text for more information.
2023 Global and China eccentricity detector industry leading companies market share and ranking research report.
According to the research statistics of the research institute Hengzhou Chengsi (YH), the global eccentricity detector market size will be about 100 million yuan in 2022, and the compound annual growth rate CAGR from 2018 to 2022 will be about %, and it is expected to continue to maintain a steady growth trend in the future, and the market size will be close to 100 million yuan by 2029, and the CAGR will be % in the next six years.
An eccentricity detector is an automated device used in manufacturing and quality control processes to inspect and measure the eccentricity of cylindrical objects. Eccentricity refers to the deviation of an object's center from its true axis or centerline.
The machine usually consists of a conveyor system that conveys cylindrical objects, such as pipes, tubes, or shafts, through a series of sensors and measuring devices. These sensors and devices are designed to detect and measure any eccentricity or deviation of an object from its true axis.
Eccentricity detectors use a variety of techniques and techniques to perform inspections, such as laser sensors, vision systems, or tactile measuring devices. These technologies can accurately measure the eccentricity of cylindrical objects and provide real-time feedback on the quality and precision of the manufacturing process.
By detecting and measuring eccentricity, the inspection machine helps to ensure that cylindrical objects meet the required specifications and tolerances. It enables manufacturers to identify and correct any deviations or defects in the production process, thereby improving the overall quality and performance of the finished product.
This paper investigates and analyzes the development status and future trend of global eccentricity detectors, and the core content is as follows:
1) The overall size of the global market, statistically analyzed by volume and by revenue, respectively, historical data 2018-2022, **data 2023-2029.
2) Global market competition pattern, global market leader eccentricity detector sales, revenue, market share and industry ranking, data 2018-2022.
3) China's market competition pattern, China's market leader eccentricity detector sales, revenue, ** market share and industry ranking, data from 2018 to 2022, including international companies and Chinese local enterprises.
4) The demand structure of eccentricity detectors in key countries and regions around the world.
5) The core production areas of global eccentricity detectors and their output and production capacity.
6) Analysis of the upstream, midstream and downstream of the industrial chain of the eccentricity detector industry.
The leading companies include:
obishi keiki seisakusho
texcare instruments
s.a.m.a italia s.r.l
techvalley co., ltd
fiberlab ltd
mabuchi s&t inc
procemex
According to different product types, there are several categories:
Contact. Contactless.
According to different applications, it mainly includes the following aspects:
Industry. Medical.
This article focuses on the following countries or regions:
North American markets (United States, Canada, and Mexico).
European markets (Germany, France, the United Kingdom, Russia, Italy and other European countries).
Asia-Pacific markets (China, Japan, South Korea, India, Southeast Asia, Australia, etc.).
South American market (Brazil, etc.).
Middle East & Africa.
There are 11 chapters in the main body of this article, and the main contents of each chapter are as follows:
Chapter 1: Eccentricity Tester Definition and Classification, Global and China Market Size (by Volume and by Revenue), Industry Development Opportunities, Challenges, Trends and Policies.
Chapter 2: Global Eccentricity Tester Top Manufacturers, Sales Volume and Revenue Market Share and Ranking, Global Eccentricity Tester Origin Distribution, etc.
Chapter 3: China Eccentricity Detector Top Manufacturers, Sales Volume and Revenue Market Share and Ranking.
Chapter 4: Global eccentricity detector capacity, production and size of major production regions.
Chapter 5: Industrial Chain, Upstream, Midstream and Downstream Analysis.
Chapter 6: Global Eccentricity Tester Sales, Revenue, and Share by Product Type.
Chapter 7: Global Eccentricity Tester Sales, Revenue, and Share by Application.
Chapter 8: Global Eccentricity Tester Sales and Sales by Country by Major Regions.
Chapter 9: Global Eccentricity Detector Demand Structure by Major Regions.
Chapter 10: Introduction to the global eccentricity tester manufacturers, including company profiles, eccentricity tester product models, sales, revenue, and latest developments.
Chapter 11: Conclusions of the Report.
1 Overview of the eccentricity detector market.
1.1 Definition and classification of eccentricity detectors.
1.2 Global eccentricity detector industry market size and **.
1.2.1 Global eccentricity detector market size, by revenue, 2018-2029
1.2.2 Global eccentricity detector market size by sales volume, 2018-2029
1.2.3 Global Eccentricity Detector Trends, 2018-2029
1.3 The market size of China's eccentricity detector industry and **.
1.3.1 China eccentricity detector market size by revenue, 2018-2029
1.3.2 China eccentricity detector market size by sales volume, 2018-2029
1.3.3 Eccentricity Detector Trends in China, 2018-2029
1.4 Analysis of China's position in the global market.
1.4.1 China's share of the global eccentricity detector market by revenue, 2018-2029
1.4.2 China's share of the global eccentricity detector market by sales volume, 2018-2029
1.4.3 Comparison of the growth rate of eccentricity detector market size in China and the world, 2018-2029
1.5. Industry development opportunities, challenges, trends and policy analysis.
1.5.1 Analysis of the driving factors and development opportunities of the eccentricity detector industry.
1.5.2 Analysis of the restraints and challenges of the eccentricity tester industry.
1.5.3. Analysis of the development trend of the eccentricity detector industry.
1.5.4 Analysis of relevant industry policies in the Chinese market.
2 Market share and ranking of global leading manufacturers.
2.1 Global Top Manufacturers Market Share by Eccentricity Detector Revenue, 2018-2023
2.2 Market share of global leading manufacturers by eccentricity detector sales, 2018-2023
2.3 Comparison of eccentricity detectors**, global leading manufacturers**, 2018-2023
2.4 Analysis of the global first-, second-, and third-echelon, three types of eccentricity detector market players.
2.5 Global eccentricity detector industry concentration analysis.
2.6 Mergers and acquisitions in the global eccentricity detector industry.
2.7 List of products of the leading manufacturers in the global eccentricity testing machine industry.
3 Market share and ranking of leading manufacturers in China's market.
3.1 Market share of leading manufacturers in China market by eccentricity detector revenue, 2018-2023
3.2 Market share of leading manufacturers in China market by eccentricity testing machine sales, 2018-2023
3.3 Eccentricity Detector Player Share in China Market: First Echelon, Second Echelon, Third Echelon.
4 Analysis of production capacity and production in major regions of the world.
4.1 Total capacity, output and capacity utilization rate of global eccentricity detector industry, 2018-2029
4.2 Capacity analysis of eccentricity detectors in major regions around the world.
4.3 Global eccentricity detector production and future growth rate in major regions**, 2018 vs 2022 vs 2029
4.4 Global Major Production Regions and Eccentricity Detector Output, 2018-2029
4.5 Global Key Production Regions and Eccentricity Tester Production Share, 2018-2029
5. Industry chain analysis.
5.1. The industrial chain of eccentricity detector industry.
5.2 Upstream Analysis.
5.2.1. The core raw material of the eccentricity detector.
5.2.2. Eccentricity detector raw material ** supplier.
5.3 Midstream analysis.
5.4 Downstream Analysis.
5.5. Production method of eccentricity detector.
5.6. Eccentricity detector industry procurement model.
5.7. Sales model and sales channels of eccentricity detector industry.
5.7.1 Sales channels of eccentricity detectors.
5.7.2 Representative distributor of eccentricity detector.
6 Split by product type, market size analysis.
6.1 Eccentricity tester industry product classification.
6.1.1 Contact.
6.1.2 Contactless.
6.2 Segment growth rate of global eccentricity detector market size** by product type, 2018 vs 2022 vs 2029
6.3 Eccentricity Tester Segment Market Size (by Revenue), Segment by Product Type, 2018-2029
6.4 Global Eccentricity Detector Market Size by Segment (by Volume), by Product Type, 2018-2029
6.5 Split by Product Type, Global Eccentricity Tester Segment**, 2018-2029
7 Distribution of downstream industries in the global eccentricity detector market.
7.1 Downstream distribution of eccentricity detector industry.
7.1.1 Industry.
7.1.2 Medical.
7.2 Growth rate of the main downstream market size of global eccentricity detectors**, 2018 vs 2022 vs 2029
7.3 Eccentricity Detector Segment Market Size, by Revenue, 2018-2029, by Application
7.4 Global Eccentricity Detector Segment Market Size, by Volume, by Application, 2018-2029
7.5 Split by application, global eccentricity detector segment**, 2018-2029
8 Comparative analysis of the market size of major regions in the world.
8.1 Growth rate of eccentricity detector market size in major regions of the world**, 2018 vs 2022 vs 2029
8.2 Global Eccentricity Detector Market Size by Key Regions, by Revenue, 2018-2029
8.3 Global Eccentricity Tester Market Size (by Volume) by Major Regions, 2018-2029
8.4 North America.
8.4.1 North America Eccentricity Detector Market Size**, 2018-2029
8.4.2 North America Eccentricity Tester Market Size, by Country, 2022
8.5 Europe.
8.5.1 Europe Eccentricity Tester Market Size**, 2018-2029
8.5.2 Europe Eccentricity Detector Market Size, by Country, 2022
8.6 Asia-Pacific.
8.6.1 Asia-Pacific Eccentricity Detector Market Size**, 2018-2029
8.6.2 Asia-Pacific Eccentricity Detector Market Size, by Country and Region, 2022
8.7 South America.
8.7.1 South America Eccentricity Detector Market Size**, 2018-2029
8.7.2 South America Eccentricity Detector Market Size, by Country, 2022
8.8 Middle East and Africa.
9 Global major countries and regions demand structure.
9.1 Global Eccentricity Detection Machine Market Size Growth Rate by Major Countries and Regions**, 2018 vs 2022 vs 2029
9.2 Global Key Countries and Regions Eccentricity Detector Market Size (by Revenue), 2018-2029
9.3 Global Eccentricity Tester Market Size by Major Countries and Regions, by Volume, 2018-2029
9.4 United States.
9.4.1 U.S. Eccentricity Tester Market Size (by Volume), 2018-2029
9.4.2 U.S. Market, by Product Type, Eccentricity Tester Share (by Volume), 2022 vs 2029
9.4.3 U.S. Market Share of Eccentricity Detectors by Application (by Sales), 2022 vs 2029
9.5 Europe.
9.5.1 Europe Eccentricity Tester Market Size, by Sales, 2018-2029
9.5.2 Eccentricity Tester Share by Product Type in Europe Market, by Sales, 2022 vs 2029
9.5.3 Eccentricity Tester Share by Application in Europe Market, by Sales, 2022 vs 2029
9.6 China.
9.6.1 China eccentricity detector market size (by sales volume), 2018-2029
9.6.2 Eccentricity Detector Share by Product Type in China Market, by Volume, 2022 vs 2029
9.6.3 Eccentricity Detector Share by Application in China Market, by Sales, 2022 vs 2029
9.7 Japan.
9.7.1 Japan Eccentricity Tester Market Size (by Sales), 2018-2029
9.7.2 Eccentricity Detector Share by Product Type in Japan Market, by Sales, 2022 vs 2029
9.7.3 Eccentricity Detector Share by Application in Japan Market, by Sales, 2022 vs 2029
9.8 South Korea.
9.8.1 South Korea Eccentricity Tester Market Size (by Volume), 2018-2029
9.8.2 Eccentricity Detector Share by Product Type in South Korea Market, by Volume, 2022 vs 2029
9.8.3 Eccentricity Detector Share by Application in South Korea Market, by Sales, 2022 vs 2029
9.9 Southeast Asia.
9.9.1 Southeast Asia Eccentricity Detector Market Size (by Sales), 2018-2029
9.9.2 Southeast Asia Market, by Product Type, Eccentricity Tester Share (by Volume), 2022 vs 2029
9.9.3 Southeast Asia Market Share of Eccentricity Detectors by Application (by Volume), 2022 vs 2029
9.10 India.
9.10.1 India Eccentricity Tester Market Size (by Sales), 2018-2029
9.10.2 Eccentricity Detector Share by Product Type in India Market, by Volume, 2022 vs 2029
9.10.3 Eccentricity Detector Share by Application in India Market, by Volume, 2022 vs 2029
9.11 South America.
9.11.1 South America Eccentricity Tester Market Size, by Sales, 2018-2029
9.11.2 South America Market Eccentricity Tester Share by Product Type, by Volume, 2022 vs 2029
9.11.3 South America Market Eccentricity Tester Share by Application (by Volume), 2022 vs 2029
9.12 Middle East and Africa.
9.12.1 Middle East & Africa Eccentricity Tester Market Size (by Volume), 2018-2029
9.12.2 Middle East & Africa Market by Product Type Eccentricity Tester Share (by Volume), 2022 vs 2029
9.12.3 Middle East & Africa Market Share of Eccentricity Detectors by Application (by Volume), 2022 vs 2029
10 Introduction of major eccentricity tester manufacturers.
10.1 obishi keiki seisakusho
10.1.1 Basic information on Obishi Keiki Seisakusho, eccentricity testing machine production base, sales region, competitors and market position.
10.1.2 Obishi Keiki Seisakusho eccentricity tester product model, specifications, parameters and market application.
10.1.3 Obishi Keiki Seisakusho Eccentricity Tester Sales, Revenue,** and Gross Margin (2018-2023).
10.1.4 Obishi Keiki Seisakusho Company Profile and Main Business.
10.1.5 Obishi Keiki Seisakusho Corporate Update.
10.2 texcare instruments
10.2.1 Texcare Instruments Basic Information, Eccentricity Tester Production Base, Sales Region, Competitors and Market Position.
10.2.2 Texcare Instruments eccentricity tester product model, specification, parameters and market application.
10.2.3 Texcare Instruments Eccentricity Tester Sales, Revenue,** and Gross Margin (2018-2023).
10.2.4 Texcare Instruments Company Profile and Main Business.
10.2.5 Texcare Instruments company updates.
10.3 s.a.m.a italia s.r.l
10.3.1 s.a.m.a italia s.r.l Basic information, eccentricity testing machine production base, sales area, competitors and market position.
10.3.2 s.a.m.a italia s.r.l Product model, specification, parameters and market application of eccentricity detector.
10.3.3 s.a.m.a italia s.r.l Eccentricity Detector Sales, Revenue, ** and Gross Profit Margin (2018-2023).
10.3.4 s.a.m.a italia s.r.l Company profile and main business.
10.3.5 s.a.m.a italia s.r.l The latest developments of the enterprise.
10.4 techvalley co., ltd
10.4.1 techvalley co., LTD basic information, eccentricity detector production base, sales region, competitors and market position.
10.4.2 techvalley co., ltd eccentricity tester product model, specification, parameters and market application.
10.4.3 techvalley co., ltd eccentricity tester sales, revenue,** and gross margin (2018-2023).
10.4.4 techvalley co., LtdCompany Profile and Main Business.
10.4.5 techvalley co., Ltd company updates.
10.5 fiberlab ltd
10.5.1 FiberLab Ltd Basic Information, Eccentricity Tester Production Base, Sales Region, Competitors and Market Position.
10.5.2 FiberLab Ltd eccentricity tester product model, specification, parameters and market application.
10.5.3 Fiberlab Ltd Eccentricity Tester Sales, Revenue,** and Gross Margin (2018-2023).
10.5.4 FiberLab Ltd Company Profile and Main Business.
10.5.5 Fiberlab Ltd company updates.
10.6 mabuchi s&t inc
10.6.1 Mabuchi S&T Inc Basic Information, Eccentricity Tester Production Base, Sales Region, Competitors and Market Position.
10.6.2 Mabuchi S&T Inc Eccentricity Tester Product Model, Specifications, Parameters and Market Applications.
10.6.3 Mabuchi S&T Inc Eccentricity Tester Sales, Revenue,** and Gross Margin (2018-2023).
10.6.4 Mabuchi S&T Inc. Company Profile and Main Business.
10.6.5 Mabuchi S&T Inc. Corporate Update.
10.7 procemex
10.7.1 Procemex Basic Information, Eccentricity Tester Production Base, Sales Region, Competitors and Market Position.
10.7.2 Procemex eccentricity tester product model, specification, parameters and market application.
10.7.3 Procemex eccentricity tester sales, revenue,** and gross margin, 2018-2023
10.7.4 Procemex Company Profile and Main Business.
10.7.5 Procemex Enterprise Update.
11 Research Findings and Conclusions.
12 Appendix.
12.1 Research Methodology.
12.2 Data**.
12.2.1 Second-hand information**.
12.2.2 First-hand information**.
12.3 Market Assessment Model.
12.4 Disclaimer of Warranties.