Brazil’s National Institute of Metrology, Standardization and Industrial Quality (INMETRO) announced on May 10, 2026, a significant expansion of its mandatory certification regime for beauty devices — specifically targeting Body Care equipment. The update introduces new electromagnetic field (EMF) radiation limits aligned with the ICNIRP 2020 guidelines, marking a tightening of safety requirements for RF-based and microcurrent aesthetic instruments entering the Brazilian market. This development directly affects exporters, manufacturers, and service providers across the global beauty technology supply chain — particularly those based in China, which accounts for over 65% of Brazil’s imported beauty devices.
INMETRO issued Ordinance No. 391/2026 on May 10, 2026, mandating that radiofrequency (RF) beauty devices, microcurrent delivery systems, and other Body Care类产品 (as defined under NBR IEC 60335-2-85 and NBR IEC 62471) must obtain INMETRO certification effective October 1, 2026. Certification now requires EMF radiation testing per ICNIRP 2020 thresholds. Concurrently, all RF-capable devices must also hold valid ANATEL radio frequency authorization; neither certificate is substitutable, and both are required prior to import clearance.
Direct Trading Enterprises: Exporters and distributors engaged in Brazil-bound beauty device trade face immediate compliance pressure. Non-certified shipments arriving after October 1, 2026, will be rejected at customs — triggering delays, storage fees, and potential re-export costs. Since most Chinese exporters operate on tight margin structures, unplanned recertification timelines or test failures could impair order fulfillment and contract renewals.
Raw Material Procurement Enterprises: Suppliers of key components — including RF generators, microcurrent control ICs, shielding materials, and high-frequency PCB substrates — must now ensure their offerings meet updated EMF emission profiles. Buyers increasingly request pre-validated component-level EMF data, shifting technical due diligence upstream. Failure to provide such documentation may reduce supplier competitiveness in tender processes.
Contract Manufacturing & OEM Enterprises: Factories producing private-label or white-label Body Care devices must revise product design controls, integrate EMF simulation into early-stage development, and allocate additional time for iterative EMC/EMF testing. Notably, redesigns often require revalidation of thermal management and user interface safety — extending time-to-market by an estimated 6–10 weeks per model, according to preliminary feedback from São Paulo–based testing labs.
Supply Chain Service Providers: Certification consultants, lab coordinators, and logistics intermediaries specializing in Latin American market access must rapidly upskill on ICNIRP 2020 interpretation, ANATEL–INMETRO coordination protocols, and cross-agency document harmonization (e.g., reconciling ANATEL’s RF exposure reporting format with INMETRO’s EMF measurement templates). Demand for bilingual (Portuguese–English) technical liaison services has risen sharply since mid-April 2026.
Not all aesthetic devices fall under the new Body Care definition. Manufacturers should cross-check product functions, operating frequencies, and output power levels against Annex A of Ordinance 391/2026 — especially borderline cases such as low-power LED+RF hybrid units or battery-operated microcurrent wands without wireless connectivity.
ANATEL approval typically takes 8–12 weeks; INMETRO certification (including EMF testing) averages 10–14 weeks — with no parallel processing allowed. Companies still awaiting either certificate should prioritize sequencing: ANATEL first, then INMETRO, to avoid bottlenecks. Lab capacity at accredited facilities in Campinas and Belo Horizonte is already booked through Q3 2026.
Manufacturers must supplement existing declarations with ICNIRP-aligned EMF assessment reports — including spatial averaging methods, probe calibration records, and worst-case operational mode definitions (e.g., maximum output sustained for ≥6 minutes). Generic ‘EMF tested’ statements without traceable methodology will be rejected during INMETRO’s document review phase.
Observably, this regulatory move reflects a broader regional trend: Latin American regulators are shifting from basic electrical safety oversight toward holistic human exposure risk governance — especially in consumer-facing wellness technologies. While INMETRO’s alignment with ICNIRP 2020 enhances scientific credibility, the abrupt implementation timeline (just 5 months from announcement to enforcement) suggests limited stakeholder consultation. Analysis shows that only ~23% of surveyed Chinese beauty device exporters had conducted any ICNIRP-aligned EMF evaluation prior to May 2026 — indicating a steep learning curve ahead. From an industry perspective, this is less a one-off compliance hurdle and more a signal that electromagnetic bioeffect considerations will become table stakes for next-generation aesthetic hardware globally.
This policy expansion underscores how rapidly evolving health-and-safety expectations — driven by both scientific consensus and consumer awareness — reshape market access requirements. For the beauty technology sector, it reinforces that regulatory strategy must now integrate exposure science, not just functional safety. A rational conclusion is that proactive, standards-literate product development — rather than reactive certification — will define competitive advantage in emerging markets over the next 3–5 years.
Official source: INMETRO Ordinance No. 391/2026, published May 10, 2026, available at inmetro.gov.br/legislacao/ordens/2026/ordinance_391_2026.pdf. ANATEL Resolution 724/2024 governs RF authorization requirements. Note: INMETRO has indicated plans to publish detailed EMF test procedure guidance (NT-EMF-01) by July 31, 2026 — content remains under observation.

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