Our top-tier on-site surveys are designed for sensitive electronic equipment siting, workplace electromagnetic safety review, and high-risk technical environments. We support facilities using lithography systems, electron microscopes and scanners, linear accelerators, RF equipment, medical equipment, robotics, automation systems, laboratory instruments, and other sensitive electronic systems. We also perform workplace assessments for environments involving implanted medical devices and wearable medical electronics from manufacturers such as Boston Scientific, Medtronic, Abbott, and others, including EMF, RF, EMI, general exposure, and occupational exposure considerations.

Our field engineers are safety-trained, OSHA-certified, insured, and supported by Ph.D.-level electrical and electromagnetic engineering oversight.

We apply the right instruments, methods, and reporting structure for each assessment, using ISO/IEC 17025-certified calibrated equipment where applicable. For medical-device-related workplace reviews, we evaluate the surrounding electromagnetic environment and compare findings to manufacturer-published EMC tolerance specifications.

Applicable measurement guidance and standards include IEEE Std 644™-2019, IEEE Std C95.1™-2019 / Cor 2-2020, FCC OET Bulletin 65, manufacturer guidance, and applicable international standards.

Unparalleled in designing for Nuclear Reactor Systems and Facilities, Data Centers, Semiconductor Manufacturing, Scientific Research Centers, Hospitals, and High-End Residential New Construction.

Grounding and bonding decide whether a facility's electronics work. They are also the systems least likely to be revisited once concrete is poured, which is why they are worth getting right at design stage and expensive to correct afterward.

Elexana works at both ends. At design stage: ground grid geometry and resistance targets, equipotential and signal reference planes, single-point versus multipoint topology for sensitive instrumentation, bonding of structural steel and reinforcement, lightning protection interfaces, and separation of power and instrumentation returns. Design work is referenced to IEEE 80, IEEE 142, IEEE 1100, IEEE 1050, NFPA 780, NEC Article 250, and, for nuclear facilities, NRC RG 1.180 and EPRI TR-102323.

On existing facilities: soil resistivity by four-pin method, fall-of-potential and clamp-on ground resistance, micro-ohm bonding continuity, insulation resistance, and identification of the ground loops, dissimilar-metal couples, and shared returns that produce noise nobody can locate. Electrostatic work covers floor and footwear resistance, personnel grounding, charge accumulation in material handling, and ESD control programs to ANSI/ESD S20.20.

Verification is where most grounding systems fail. Permanent connections are qualified to IEEE 837, and Elexana specifies measured acceptance criteria at hold points that cannot be revisited later, including pre-pour and pre-fill resistance verification between adjacent connection points. A ground system that was never measured before it was buried is a ground system nobody can vouch for.

We specialize in the redesign and optimization of robotic systems for reliable, high-performance operation in densely-charged high-impact electromagnetic environments.

We offer design guidance and mitigation strategies for FCC, CE, MIL-STD, and IEC requirements. This service includes test failure analysis, design review, pre-compliance testing with certified antennas, EMI analyzers, and EMC pre-compliance software. → We seek the most cost-effective, expeditious solutions to help you pass compliance exams. We can provide design suggestions to bolster immunity for real-world applications.

ELEXANA supports electric-transmission and renewable energy siting and infrastructure review for municipalities, facilities, property owners, developers, and project stakeholders. In New York, this may include technical support for Article VIII or legacy Article VII transmission matters. In other states, ELEXANA can support comparable public-utility, environmental, transmission-siting, right-of-way, and certificate-review processes through EMF/RF assessment, magnetic-field modeling, EMI/EMC evaluation, sensitive-equipment review, and independent technical reporting.

ELEXANA supports wireless facility RF and EMI/EMC technical review for cellular towers, rooftop antennas, small wireless facilities, distributed antenna systems, and in-building wireless systems. Services may include review of carrier RF compliance materials, independent RF field measurements, rooftop and workplace exposure mapping, EMI investigations near sensitive equipment, and practical technical reporting for building owners, municipalities, facilities teams, counsel, and project stakeholders. ELEXANA does not provide legal advice, zoning approval, or FCC certification; we provide electromagnetic measurement, engineering interpretation, and independent technical documentation.

Remote and select on-site EMI/EMC, RF, EMF, power-quality, and electromagnetic design support for qualified international projects.