Non-ionizing Radiation EMF Detection, Measurement, and Safety Market Outlook (2022 to 2032)

[308 Pages Report] The non-ionizing radiation EMF detection, measurement, and safety market are anticipated to have a steady CAGR of 3.6% during the period 2022 to 2032.

The non-ionizing radiation EMF detection, measurement, and safety market share is predicted to grow from US$ 66.3 Billion in 2022 to US$ 94.5 Billion in 2032. Previously, the non-ionizing radiation EMF detection, measurement, and safety growth was thriving at a higher CAGR of 4.1% (2016 to 2021), resulting in a market size of US$ 63 Billion in 2021.

Investments in the non-ionizing radiation EMF detection, measurement, and safety market have gained pace in the military and homeland security sectors because of the growing threat of electronic warfare. Market manufacturers are focusing on producing highly accurate and long-lasting detectors that fulfill industry standards which have also greatly impacted the non-ionizing radiation EMF detection, measurement, and safety market outlook.

Market technical advancements are projected to lead to the launch of detectors that are smaller, lighter, and less expensive. As the Internet of Things (IoT) has grown in popularity, the increased connectivity of devices via the Internet has resulted in an increased need for radiation detection devices.

Advances in silicon fabrication technologies are boosting the non-ionizing radiation EMF detection, measurement, and safety market. The market stresses the use of reliable materials such as high-purity silicon in non-ionizing radiation/EMF detector devices, and thus the adoption of non-ionizing radiation EMF detection, measurement, and safety is on the rise.

Attributes Details
Non-ionizing Radiation EMF Detection, Measurement, and Safety Market CAGR (2022 to 2032) 3.6%
Non-ionizing Radiation EMF Detection, Measurement, and Safety Market Size (2022) US$ 66.3 Billion
Non-ionizing Radiation EMF Detection, Measurement, and Safety Market Size (2032) US$ 94.5 Billion

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How does COVID-19 influence the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

Non-lethal attacks in warfare using non-ionizing and ionizing solutions to impair the nation's military's electromagnetic transmissions have increased significantly in recent years. Such attacks can put a country's security and finances in danger.

Cyber-attacks can also jeopardize vital data for a country's security. Countries might focus on providing their military forces with technology and systems for detecting and recognizing threats from intruding systems thanks to electronic support measures (ESM).

As a result, the global demand for non-ionizing radiation EMF detection, measurement, and safety is predicted to expand fast over the forecast period.

Amidst the pandemic, the increased usage of devices across various sectors, such as residential, medical and healthcare, manufacturing, laboratory and education, military and homeland security, and telecommunication, is fuelling the global non-ionizing radiation EMF detection, measurement, and safety market share for non-ionizing radiation/EMF detection, measurement, and safety.

What is Propelling the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

During the forecast period, the global demand for non-ionizing radiation/EMF detection, measurement, and safety is predicted to develop due to the increased use of electronic gadgets and electrical devices.

As per the non-ionizing radiation EMF detection, measurement, and safety market analysis, in both the home and industrial sectors, the use of electronics and electrical gadgets has expanded dramatically. As a result, there has been an increase in non-ionizing radiation-related electromagnetic pollution.

The application of wireless technology in various sectors has increased dramatically around the world. In addition, demand for consumer devices such as tablets, smartphones, and laptops has skyrocketed. Rising public awareness of the health dangers associated with exposure to such radiation has resulted in a major increase in the use of radiation detection and measurement devices and solutions and also changed the non-ionizing radiation EMF detection, measurement, and safety market trends.

Over the forecast period, the global non-ionizing radiation/EMF detection, measurement, and safety market are predicted to develop due to increased usage of electronic support measures (ESM).

In the recent past, there has been considerable growth in non-lethal attacks in warfare using non-ionizing and ionizing solutions to damage the nation's military's electromagnetic transmissions. Such attacks can pose serious security and financial risks to a country.

Emerging trends in the non-ionizing radiation EMF detection, measurement, and safety market indicate that cyber-attacks can also compromise data that is essential to a country's security. Electronic support measures (ESM) allow countries to concentrate on equipping their military forces with technology and systems for detecting and recognizing threats from intruding systems.

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What Restraints the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

During the forecast period, technological challenges are likely to stymie the expansion of the global demand for non-ionizing radiation EMF detection, measurement, and safety.

The government's strict regulatory restrictions on radiofrequency and other non-ionizing radiation exposure make it critical to manufacturing goods with sufficient sensitivity and accuracy criteria. Manufacturers in the industry must design items to accommodate new technologies and meet the needs of various end-users. As a result, these constraints are likely to stifle the non-ionizing radiation EMF detection, measurement, and safety market growth in the foreseeable future.

What are the Trends in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

As per the non-ionizing radiation EMF detection, measurement, and safety market future trends, the rising demand for mobile devices could provide significant growth potential. Radiation detection equipment comes in a variety of forms, including area monitoring devices, handheld devices, and personal monitoring devices.

Owing to their simplicity of use and handling, handheld devices have seen a larger demand than the other two types of gadgets. With continual advances in these gadgets, demand for handheld devices is likely to skyrocket in the near future, presenting a profitable potential for non-ionizing radiation EMF detection, measurement, and safety industry participants.

Increased usage of medical radiation detection and measurement could result in significant non-ionizing radiation EMF detection, measurement, and safety market opportunities.

One of the most common end-use sectors for non-ionizing radiation EMF detection, measurement, and safety in healthcare. The healthcare business has begun to include cutting-edge technology and novel ideas that are crucial in the development of cutting-edge equipment. Hyperthermia therapy, radiofrequency ablation (RFA), pulse oximetry, and the use of UV to correct dental misalignment and jaundice are all medical uses that use non-ionizing radiation.

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What is the Segmentation Outlook of the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

The non-ionizing radiation EMF detection, measurement, and safety market share are divided into three categories based on device type: personal monitoring devices, handheld monitoring devices, and area monitoring devices. In 2021, the handheld monitoring devices segment had the biggest market share, with 47 percent. Because of their ease of use, the demand for handheld devices has been higher than for other sorts of devices.

The demand for non-ionizing radiation EMF detection, measurement, and safety is divided into high-frequency and low-frequency segments based on detector type. Residential, healthcare, military and homeland security, manufacturing, laboratory and education, and telecommunication are the end-user segments of the non-ionizing radiation EMF detection, measurement, and safety market.

Which is the Leading Segment in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market by End User?

Military & Homeland Security leads the non-ionizing radiation EMF detection, measurement, and safety market share with a projected CAGR of 3.7% by 2032.

The non-ionizing radiation EMF detection, measurement, and safety industry are likely to develop as electronic support measures (ESM) become more widely used. Furthermore, attacks in warfare using non-ionizing methods have increased in order to disrupt the nation's military's electromagnetic broadcasts.

Such attacks can pose serious security and financial risks to a country. Electronic support measures (ESM) allow countries to concentrate on equipping their military forces with technology and systems for detecting and recognizing threats from intruding systems. This is impacting the non-ionizing radiation EMF detection, measurement, and safety market outlook.

Which is the Leading Region in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

Regions CAGR (2022 to 2032)
United States of America 4.1%
United Kingdom 3.9%
China 4.5%
Japan 4%
India 3.8%

The non-ionizing radiation EMF detection, measurement, and safety market have been divided into North America, South America, the Middle East and Africa, Europe, and the Asia Pacific on a geographical basis. North America emerged as the top regional market for non-ionizing radiation EMF detection, measurement, and safety. A large number of non-ionizing radiation/EMF detector manufacturers is thought to be the main driver of this regional market's growth.

Owning to the technical improvements in this industry, analysts in non-ionizing radiation EMF detection, measurement, and safety market analysis estimate the North American non-ionizing radiation EMF detection, measurement, and safety market to maintain its lead over the next few years. Due to rising consumer awareness, Asia Pacific is expected to see an increase in demand for non-ionizing radiation EMF detection, measurement, and safety in the near future.

In the USA, the market for non-ionizing radiation EMF detection, measurement, and safety is expected to reach US$16.8 billion by 2020. China, the world's second-largest economy, is expected to reach a projected market size of US$13.7 billion by 2027, representing a 4.1 percent CAGR from 2020 to 2027.

Japan and Canada are two more important geographic markets, with forecasted growth rates of 4% and 3.7 percent, respectively, from 2020 to 2027. Germany's non-ionizing radiation EMF detection, measurement, and safety market are expected to expand at a CAGR of around 4.2 percent in Europe.

How does Competition Influence the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

The emerging trends in the non-ionizing radiation EMF detection, measurement, and safety market estimate that because of the government's rigorous regulatory restrictions on radiofrequency and other non-ionizing radiation exposure, it's vital to manufacturing goods that meet the necessary sensitivity and accuracy standards.

In order to accommodate new technologies and suit the needs of varied end-users, non-ionizing radiation EMF detection, measurement, and safety manufacturers and key players are focusing on value creation. As a result, non-ionizing radiation EMF detection, measurement, and safety market growth are likely to be stifled over the projection period.

Although present devices are adequate for detecting and measuring non-ionizing radiations, there is a strong demand for more advanced and automated technologies. Significant research and development are required for such technology.

Small and medium-sized enterprises cannot afford to engage heavily in research and development, which will hamper growth in the global non-ionizing radiation EMF detection, measurement, and safety market over the forecast period.

Key players

  • LAURUS Systems Inc
  • Sper Scientific
  • Spectris Plc
  • TECPEL Co, Ltd
  • TES Electrical Electronic Corporation
  • General Tools & Instruments LLC
  • Brightsandz Pvt Ltd
  • Mirion Technologies Inc
  • Narda Safety Test Solutions
  • Wavecontrol

Key Segments

By Detector:

  • High Frequency
  • Low Frequency
  • Others

By Device:

  • Personal Monitoring Devices
  • Handheld Monitoring Devices
  • Area Monitoring Devices

End use:

  • Residential
  • Healthcare
  • Military and Homeland Security
  • Manufacturing
  • Laboratory and Education
  • Telecommunication
  • Others

By Region:

  • North America
  • Europe
  • Asia Pacific
  • Middle East and Africa
  • South America

Frequently Asked Questions

What is the CAGR of the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

The non-ionizing radiation EMF detection, measurement, and safety market is projected to have a CAGR of 3.6% through 2032.

Which is the Leading Region in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market?

North America is the leading region, with an anticipated CAGR of 4.1% through 2032.

Which Segment Leads in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market by Device Type?

Handheld Monitoring devices lead the market with the projected CAGR of 4.5% through 2032.

What is the Growth Estimated for the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market by 2032?

The non-ionizing radiation EMF detection, measurement, and safety market is predicted to grow to a market valuation of US$ 94.4 Billion by 2032.

Which Segment Leads in the Non-ionizing Radiation EMF Detection, Measurement, and Safety Market by End User?

Military & Homeland security leads the non-ionizing radiation EMF detection, measurement, and safety market with the projected CAGR of 3.7% through 2032.

Table of Content
1. Preface | Non-ionizing Radiation EMF Detection, Measurement, and Safety Market
    1.1. Market Definition and Scope
    1.2. Market Segmentation
    1.3. Key Research Objectives
    1.4. Research Highlights
2. Assumptions and Research Methodology
3. Executive Summary: Global Market
4. Global Market Overview
    4.1. Introduction
    4.2. Market Dynamics
        4.2.1. Drivers
        4.2.2. Restraints
        4.2.3. Opportunities
    4.3. Key Market Indicators
        4.3.1. Demand Analysis of Equipment
    4.4. Global Market Analysis and Forecasts, 2022 to 2032
        4.4.1. Market Revenue Projections (US$ Million)
        4.4.2. Market Volume Projections (Million Units)
    4.5. Value Chain Analysis
    4.6. Market Outlook
5. Global Market Analysis and Forecasts, by Detector
    5.1. Overview & Definitions
    5.2. Key Trends
    5.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        5.3.1. High-frequency
        5.3.2. Low-frequency
        5.3.3. Others
    5.4. Detector Comparison Matrix
    5.5. Market Attractiveness by Detector
6. Global Market Analysis and Forecasts, by Device
    6.1. Overview & Definition
    6.2. Key Trends
    6.3. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        6.3.1. Personal Monitoring Devices
        6.3.2. Handheld Monitoring Devices
        6.3.3. Area Monitoring Devices
    6.4. Device Comparison Matrix
    6.5. Market Attractiveness by Device
7. Global Market Analysis and Forecasts, by End-use
    7.1. Overview & Definition
    7.2. Key Trends
    7.3. Market Size (US$ Million) Forecast by End-use, 2022 to 2032
        7.3.1. Residential
        7.3.2. Healthcare
        7.3.3. Military and Homeland Security
        7.3.4. Manufacturing
        7.3.5. Laboratory and Education
        7.3.6. Telecommunication
        7.3.7. Others
    7.4. End-use Comparison Matrix
    7.5. Market Attractiveness by End-use
8. Global Market Analysis and Forecasts, by Region
    8.1. Key Findings
    8.2. Policies and Regulations
    8.3. Market Size and Volume (US$ Million and Million Units) Forecast By Region, 2022 to 2032
        8.3.1. North America
        8.3.2. Europe
        8.3.3. Asia Pacific
        8.3.4. Middle East and Africa
        8.3.5. South America
    8.4. Market Attractiveness by Region
9. North America Market Analysis and Forecast
    9.1. Key Findings
    9.2. Key Trends
    9.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        9.3.1. High-frequency
        9.3.2. Low-frequency
        9.3.3. Others
    9.4. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        9.4.1. Personal Monitoring Devices
        9.4.2. Handheld Monitoring Devices
        9.4.3. Area Monitoring Devices
    9.5. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
        9.5.1. Residential
        9.5.2. Healthcare
        9.5.3. Military and Homeland Security
        9.5.4. Manufacturing
        9.5.5. Laboratory and Education
        9.5.6. Telecommunication
        9.5.7. Others
    9.6. Market Size and Volume (US$ Million and Million Units) Forecast by Country, 2022 to 2032
        9.6.1. The USA
        9.6.2. Canada
        9.6.3. Rest of North America
    9.7. Market Attractiveness Analysis
        9.7.1. By Country
        9.7.2. By Detector
        9.7.3. By Device
        9.7.4. By End-use
10. Europe Market Analysis and Forecast
    10.1. Key Findings
    10.2. Key Trends
    10.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        10.3.1. High-frequency
        10.3.2. Low-frequency
        10.3.3. Others
    10.4. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        10.4.1. Personal Monitoring Devices
        10.4.2. Handheld Monitoring Devices
        10.4.3. Area Monitoring Devices
    10.5. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
        10.5.1. Residential
        10.5.2. Healthcare
        10.5.3. Military and Homeland Security
        10.5.4. Manufacturing
        10.5.5. Laboratory and Education
        10.5.6. Telecommunication
        10.5.7. Others
    10.6. Market Size and Volume (US$ Million and Million Units) Forecast by Country, 2022 to 2032
        10.6.1. Germany
        10.6.2. France
        10.6.3. UK
        10.6.4. Italy
        10.6.5. Rest of Europe
    10.7. Market Attractiveness Analysis
        10.7.1. By Country
        10.7.2. By Detector
        10.7.3. By Device
        10.7.4. By End-use
11. Asia Pacific Market Analysis and Forecast
    11.1. Key Findings
    11.2. Key Trends
    11.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        11.3.1. High-frequency
        11.3.2. Low-frequency
        11.3.3. Others
    11.4. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        11.4.1. Personal Monitoring Devices
        11.4.2. Handheld Monitoring Devices
        11.4.3. Area Monitoring Devices
    11.5. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
        11.5.1. Residential
        11.5.2. Healthcare
        11.5.3. Military and Homeland Security
        11.5.4. Manufacturing
        11.5.5. Laboratory and Education
        11.5.6. Telecommunication
        11.5.7. Others
    11.6. Market Size and Volume (US$ Million and Million Units) Forecast by Country, 2022 to 2032
        11.6.1. China
        11.6.2. Japan
        11.6.3. India
        11.6.4. Australia
        11.6.5. Rest of Asia Pacific
    11.7. Market Attractiveness Analysis
        11.7.1. By Country
        11.7.2. By Detector
        11.7.3. By Device
        11.7.4. By End-use
    11.8. India Market Analysis and Forecast
        11.8.1. Key Findings
        11.8.2. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
            11.8.2.1. High-frequency
            11.8.2.2. Low-frequency
            11.8.2.3. Others
        11.8.3. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
            11.8.3.1. Personal Monitoring Devices
            11.8.3.2. Handheld Monitoring Devices
            11.8.3.3. Area Monitoring Devices
        11.8.4. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
            11.8.4.1. Residential
            11.8.4.2. Healthcare
            11.8.4.3. Military and Homeland Security
            11.8.4.4. Manufacturing
            11.8.4.5. Laboratory and Education
            11.8.4.6. Telecommunication
            11.8.4.7. Others
12. Middle East and Africa (MEA) Market Analysis and Forecast
    12.1. Key Findings
    12.2. Key Trends
    12.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        12.3.1. High-frequency
        12.3.2. Low-frequency
        12.3.3. Others
    12.4. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        12.4.1. Personal Monitoring Devices
        12.4.2. Handheld Monitoring Devices
        12.4.3. Area Monitoring Devices
    12.5. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
        12.5.1. Residential
        12.5.2. Healthcare
        12.5.3. Military and Homeland Security
        12.5.4. Manufacturing
        12.5.5. Laboratory and Education
        12.5.6. Telecommunication
        12.5.7. Others
    12.6. Market Size and Volume (US$ Million and Million Units) Forecast by Country, 2022 to 2032
        12.6.1. UAE
        12.6.2. Saudi Arabia
        12.6.3. South Africa
        12.6.4. Rest of MEA
    12.7. Market Attractiveness Analysis
        12.7.1. By Country
        12.7.2. By Detector
        12.7.3. By Device
        12.7.4. By End-use
13. South America Market Analysis and Forecast
    13.1. Key Findings
    13.2. Key Trends
    13.3. Market Size and Volume (US$ Million and Million Units) Forecast by Detector, 2022 to 2032
        13.3.1. High-frequency
        13.3.2. Low-frequency
        13.3.3. Others
    13.4. Market Size and Volume (US$ Million and Million Units) Forecast by Device, 2022 to 2032
        13.4.1. Personal Monitoring Devices
        13.4.2. Handheld Monitoring Devices
        13.4.3. Area Monitoring Devices
    13.5. Market Size and Volume (US$ Million and Million Units) Forecast by End-use, 2022 to 2032
        13.5.1. Residential
        13.5.2. Healthcare
        13.5.3. Military and Homeland Security
        13.5.4. Manufacturing
        13.5.5. Laboratory and Education
        13.5.6. Telecommunication
        13.5.7. Others
    13.6. Market Size and Volume (US$ Million and Million Units) Forecast by Country, 2022 to 2032
        13.6.1. Brazil
        13.6.2. Rest of South America
    13.7. Market Attractiveness Analysis
        13.7.1. By Country
        13.7.2. By Detector
        13.7.3. By Device
        13.7.4. By End-use
14. Competition Landscape
    14.1. Market Player – Competition Matrix
    14.2. Market Positioning Analysis By Company (2021)
    14.3. Company Profiles
        14.3.1. Wave control
            14.3.1.1. Company details
            14.3.1.2. Company description
            14.3.1.3. Business Overview
            14.3.1.4. SWOT analysis
            14.3.1.5. Strategic Overview
        14.3.2. Narda Safety Test Solutions
            14.3.2.1. Company details
            14.3.2.2. Company description
            14.3.2.3. Business Overview
            14.3.2.4. SWOT analysis
            14.3.2.5. Financials
            14.3.2.6. Strategic Overview
        14.3.3. Mirion Technologies, Inc.
            14.3.3.1. Company details
            14.3.3.2. Company description
            14.3.3.3. Business Overview
            14.3.3.4. SWOT analysis
            14.3.3.5. Strategic Overview
        14.3.4. Brightsandz Pvt Ltd.
            14.3.4.1. Company details
            14.3.4.2. Company description
            14.3.4.3. Business Overview
        14.3.5. General Tools & Instruments LLC
            14.3.5.1. Company details
            14.3.5.2. Company description
            14.3.5.3. Business Overview
            14.3.5.4. SWOT analysis
            14.3.5.5. Strategic Overview
        14.3.6. TES Electrical Electronic Corp.
            14.3.6.1. Company details
            14.3.6.2. Company description
            14.3.6.3. Business Overview
            14.3.6.4. SWOT analysis
            14.3.6.5. Strategic Overview
        14.3.7. TECPEL Co., Ltd.
            14.3.7.1. Company details
            14.3.7.2. Company description
            14.3.7.3. Business Overview
            14.3.7.4. SWOT analysis
            14.3.7.5. Strategic Overview
        14.3.8. Spectris plc
            14.3.8.1. Company details
            14.3.8.2. Company description
            14.3.8.3. Business Overview
            14.3.8.4. SWOT analysis
            14.3.8.5. Financials
            14.3.8.6. Strategic overview
        14.3.9. Sper Scientific
            14.3.9.1. Company details
            14.3.9.2. Company description
            14.3.9.3. Business Overview
            14.3.9.4. SWOT analysis
            14.3.9.5. Strategic overview
        14.3.10. LAURUS Systems, Inc.
            14.3.10.1. Company details
            14.3.10.2. Company description
            14.3.10.3. Business Overview
            14.3.10.4. SWOT analysis
            14.3.10.5. Strategic overview
15. Key Takeaways
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