Professional Radiation Measurement Services
Concerned About Radiation?
Magnetic Field and Non-Ionizing Radiation Measurements for Residents of Ontario (GTA, Waterloo) and California
Do you live or work near electrical infrastructure?
Want to measure radiation levels in your surroundings?
Planning to purchase property or start a new development project?
Curious about the impact of power lines, transmission antennas, or other electromagnetic sources?
At NS Advanced Solutions, we provide certified radiation testing services for magnetic and electric fields (non-ionizing radiation), with uncompromising accuracy, professionalism, and personal service.
Our surveys, risk assessments, and expert consultations are available across Canada (with focus on Ontario) and California, as part of our global operations.
Our North American operations are led by Mr. Yehonadav Marom, a certified radiation consultant with over 20 years of field experience in magnetic field and non-ionizing radiation assessment.
Yehonadav has conducted tens of thousands of radiation and EMF surveys as part of his work at Dagesh Measurements Engineering & Consulting, and now serves as our official company representative in Canada, operating from Waterloo, Ontario.
All measurement reports are reviewed and validated by an additional certified engineer, ensuring accuracy, compliance, and the highest level of professional integrity.
Our Services Include:
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Magnetic field measurements from electrical infrastructure – including high-voltage and extra-high-voltage lines, power stations, transformer rooms, and industrial facilities
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Radiation measurements from cellular antennas, broadcast antennas, radar stations, and RF equipment – including measurements up to 90 GHz!
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Measurements near sensitive facilities – such as MRI rooms and sensitive scientific equipment
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Pre-purchase property inspections (offices, apartments, public or industrial buildings) – to identify significant radiation sources that may affect the property, future building plans, or its value
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Project support during planning and construction – including early-stage exposure assessments, risk surveys, and environmental impact analysis for public, private, and development sectors
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Consulting and guidance in radiation shielding – for offices, industry, factories, educational institutions, private homes, public buildings, and sensitive professional equipment
Why Choose Us?
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Advanced measurement equipment – made in Germany and the USA, complying with strict international standards
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Professional reports – clear, comprehensive, with explanations on radiation sources, exposure levels, applicable standards, and tailored recommendations.
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All reports are reviewed and signed by a certified engineer with extensive experience in radiation and international compliance, ensuring high-quality and reliable results
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Proven international experience – in-depth familiarity with the ICNIRP standard, alongside local standards in Canada, the USA, Europe, and Israel
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Recognized global clients & all over the world – including Apple, Intel, Amdocs, and more
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When it comes to radiation, accuracy matters .Let us provide the clarity, confidence, and compliance your project or property needs.
📍 Serving clients across Ontario and California
📞 Contact us today to schedule your professional EMF assessment
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What is an active magnetic shielding system?An active magnetic shielding system is an electronic system that includes sensors and current loops that can monitor the magnetic field levels in a specific area and produce an opposing magnetic field.
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What is the purpose of an active magnetic shielding system?The purpose of an active magnetic shielding system is to reduce magnetic field levels resulting from external electrical infrastructure (such as power lines) located in proximity to the area in interest, so that ultimately the equivalent magnetic field levels will meet the regulatory and/or the client's requirements.
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In what situations does an active shielding system solve a radiation problem?An active shielding system provides a solution to two main situations: Situations in which the desired areas have magnetic field levels that exceed the required exposure values, and situations in which due to the proximity of a project to external electrical infrastructures there is difficulty in obtaining construction permits and approval from the authorities because of a potential for exposure deviations. Given that there is feasibility for installing such a system, then it will provide a solution in terms of magnetic field levels from the electrical infrastructures.
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What are the benefits of an active protection system?The first benefit of an active system is the solution itself - there are many cases for which no alternative solution can be found. For example, in the case of an existing structure near an overhead power line that cannot be modified in any way. Another advantage is in terms of costs, the cost of an active system is significantly cheaper than the costs of burying an overhead high voltage power line. There is also the advantage of schedules, planning and building an active protection system will usually take a few months compared to the schedules for burying a high voltage power line, which can be in the order of years. An active system will also maximize the project area, with an emphasis on the areas intended for continuous occupancy and without expropriation due to radiation levels.
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In what situations is an active protection system less appropriate?The design of an active system will be adapted and designed in accordance with the characteristics of the overhead power lines and in accordance with the project outline. The more complex the interface between the power lines and the structure (different distances and angles), the more complex the system will be and may not provide a complete solution. An active shielding system may be less suitable in the case of a changing energy flow direction regime between the circuits, or it may be complex to implement, which can affect the cost of installation. However, it may still be a possible solution.
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How is it determined if an active shielding system is required?As stated, an active shielding system is a solution to a radiation problem. Usually because of at least one of two scenarios: First scenario - the problem already exists according to measured values in the project area. Second scenario - the problem can arise according to a magnetic field exposure survey, i.e. a survey of high voltage lines carried out towards the project. The survey examines the feasibility of the voltage lines to affect the project area at various electricity consumption scenarios and not only according to the current consumption status.
