Various electromagnetic wave investigations and tests
Overview of Electromagnetic Wave Investigation and Testing
Investigation of electromagnetic wave effects on pacemakers and other devices using various equipment, investigation of human exposure to electromagnetic environments in power facilities, and implementation of electromagnetic noise surveys and electromagnetic interference countermeasures within facilities.
In recent years, the introduction of communication technologies into various products has significantly expanded the demand for measures against electromagnetic interference between devices and for electromagnetic environment surveys in various facilities. Our company has successfully developed electromagnetic wave protective clothing for pacemakers, ICDs, and other devices. The technology for countering electromagnetic noise that we acquired during development can be applied to other products and services, and has been adopted by many companies and government agencies (such as Mitsubishi Heavy Industries, IHI, NTT Docomo, Panasonic, the Ministry of Defense, JAXA, the Ministry of Finance, etc.). With 20 years of accumulated technology, we are able to offer solutions ranging from electromagnetic environment surveys to noise countermeasures. According to the client's requests, we measure the electromagnetic field strength from the facilities, equipment, and various devices under investigation, evaluate the measurement results based on guidelines regarding the impact on pacemakers, ICDs, and EMC (electromagnetic compatibility) as well as human health, and prepare and provide reports that clearly explain the findings to the client and third parties. *For more details, please visit our company website or feel free to contact us.*
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basic information
【Investigation of the Effects of In-House Pacemakers and ICDs】 We investigate the electromagnetic waves from the equipment and devices within the facility to confirm the potential impact on pacemakers and ICDs. We will create a report and a safety manual to ensure that individuals with pacemakers and ICDs can work safely. 【Investigation of the Effects of Various Devices on Pacemakers and ICDs】 We measure the electromagnetic waves emitted by medical devices, home appliances, communication devices, gaming machines, welding machines, and other equipment. Based on the results, we will prepare a report to ensure that individuals with pacemakers and ICDs can safely use these devices and equipment. 【In-House EMC Electromagnetic Environment Investigation】 We check for electromagnetic interference between devices within hospitals, precision manufacturing facilities, and other locations. We identify the causes of electromagnetic interference and propose appropriate countermeasures. Since our establishment, we have implemented EMC measures against various noise interferences and have resolved all previous electromagnetic interference issues. 【Human Exposure Electromagnetic Environment Investigation】 We conduct electromagnetic environment investigations during the construction of power transmission facilities such as mega-solar plants, workplaces with strong electromagnetic environments, railway power facilities, public facilities, and residences. Based on the results, we will prepare a report in accordance with the electromagnetic wave exposure guidelines for humans set by ICNIRP (International Commission on Non-Ionizing Radiation Protection).
Price information
Prices vary depending on the survey method and the number of subjects surveyed. In-facility pacemaker and ICD impact survey: 700,000 yen and up Various device pacemaker and ICD impact survey: 600,000 yen and up In-facility EMC electromagnetic environment survey: 700,000 yen and up Human exposure electromagnetic environment survey: 600,000 yen and up
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Applications/Examples of results
[Companies Conducting Research and Target Equipment] - Mitsubishi Heavy Industries, Ltd.: ETC system for the Indonesian government - Ministry of Defense Ground Self-Defense Force: Evaluation of electromagnetic wave protective clothing against jamming devices - Furukawa Electric Co., Ltd.: Submarine power transmission cables - Sharp Energy Solutions Corporation: Electromagnetic environment survey of solar power plants - IHI Corporation: Non-contact power supply system in carport type - Nissin Electric Co., Ltd.: Special high-voltage substation equipment - Joyo City Hall, Kyoto Prefecture: Transmission lines, substation facilities - Osaka Rosai Hospital: Ultrasonic imaging diagnostic equipment - Shimizu Corporation: New medical device factory - Teijin Pharma Limited: Various medical devices - Tanita Corporation: Body composition monitor - Paramount Bed Co., Ltd.: Electric beds - Konica Minolta, Inc.: Biometric sensor using millimeter waves - Densetsu Co., Ltd.: Electric artificial larynx "Your Tone" - Furukawa Battery Co., Ltd.: Storage batteries, distribution boards, EV chargers - Nippon Steel Environmental Energy Solutions Co., Ltd.: Various equipment - NTT Comware Corporation: Vein authentication devices and others - Chitose Airport Motor Service Co., Ltd.: Various welding machines - Nikon Corporation: Drive motors for camera bodies and lenses, etc.
Company information
With the theme of improving Quality of Life, our company develops and provides products that contribute to people, goods, and services related to healthcare and electromagnetic environments. Additionally, through alliances with individuals and companies, we aim to enhance our technological development capabilities and become a trusted enterprise, operating our business daily with a grateful heart to meet the expectations of our customers, shareholders, employees, and society. Regarding electromagnetic wave protective clothing, we possess world-leading technology and offer high-functionality, high-quality products related to EMC that have also obtained patents.