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Explore our certified magnetic contactors, high-voltage DC relays, and EMI filtering solutions custom-engineered for medical diagnostic equipment, surgical power units, and critical industrial healthcare infrastructure.
Altran Magnetics delivers high-gain engineering insights, certified production standards, and custom design-in capabilities for medical equipment OEMs around the globe.
Designed strictly for Patient-Connected (Type BF/CF) and Non-Patient-Connected applications, ensuring zero-compromise insulation resistance, dielectric strength, and low leakage currents under fault conditions.
From custom choke topologies and multi-stage attenuation curves to proprietary enclosures and harness assemblies, our Sterling, Illinois engineering center accelerates product development from blueprint to sample within weeks.
Epoxy-sealed, gas-filled arc-suppression DC contactors and potted EMI filters engineered to withstand high thermal stress, mechanical vibration, surgical room sterilization, and intense EMI environments.
Medical-grade EMI filters represent a highly specialized subclass of electromagnetic compatibility (EMC) solutions. Unlike standard industrial line filters that employ large Y-capacitors (line-to-ground) to shunt common-mode noise, medical line filters strictly limit or completely eliminate Y-capacitors to comply with patient leakage current limits mandated by IEC 60601-1 and UL 60601-1. In medical environments, ground leakage currents exceeding micro-ampere thresholds pose catastrophic risks of micro-shock to patients undergoing invasive procedures or connected to sensitive diagnostic tools.
To compensate for the lack of high-value Y-capacitors, our custom OEM engineering team utilizes high-permeability nanocrystalline and toroidal ferrite cores within multi-stage common-mode chokes. By maximizing differential-mode attenuation and tuning inductance parameters, Altran Magnetics designs medical filters that achieve CISPR 11 Class B radiated and conducted emission compliance without exceeding the critical 5 µA to 50 µA leakage current maximums required for Type CF (Cardiac Floating) equipment.
Purchasing components for medical systems requires absolute supply chain transparency. A failure in a medical filter component or high-voltage relay can trigger product recalls, FDA warning letters, or systemic clinical downtime. Altran Magnetics operates under structured quality protocols aligned with ISO 13485 standards, maintaining complete batch and lot-level traceability from raw magnetics wire and core materials to finalized epoxy-encapsulated assemblies.
All materials utilized in our custom OEM filters—including plastics, potting resins, terminal blocks, and internal wiring—comply fully with RoHS 3 (EU 2015/863), REACH SVHC, and California Proposition 65 directives. Furthermore, housing resins are rated UL 94V-0 for flammability resistance, guaranteeing that medical devices operate safely inside oxygen-enriched operating rooms and intensive care units.
How forward-thinking medical device OEMs are navigating supply chain evolution, high-power density requirements, and next-generation regulatory mandates.
1. Dual-Sourcing & Regional Supply Chain Reshoring: Global OEM procurement directors are rapidly transitioning away from single-source Asian suppliers. The shift toward US-engineered component platforms with flexible nearshore manufacturing mitigates geopolitical tariffs, port bottlenecks, and lead-time volatility.
2. Demand for Pre-Certified Power Entry Modules (PEMs): Medical OEMs are increasing orders for fully integrated IEC inlet filters that incorporate dual-fuse holders, ON/OFF switches, and line filtering into a single compact footprint. This cuts sub-assembly labor costs and speeds up CE/UL system-level certification.
3. Strict Material Traceability & Auditing Integrity: Sourcing managers now require complete regulatory packages—including full material composition declarations, REACH compliance certificates, and Conflict Mineral documentation—prior to issuing initial purchase orders.
1. High-Voltage DC Switching in Mobile Surgical Equipment: Modern surgical robotics, portable X-ray carts, and high-energy laser scalpels rely increasingly on lithium-ion BESS architectures. This creates demand for epoxy-sealed, gas-filled DC contactors capable of breaking 1,000V+ loads in fractions of a millisecond without sustained arcing.
2. Nanofiber & Hybrid Magnetic Core Materials: The integration of nanocrystalline magnetic ribbon cores allows for a 40% reduction in filter footprint while increasing low-frequency common-mode attenuation, meeting the miniaturization demands of wearable and portable dialysis devices.
3. Integration of Active EMI Mitigation (AEM): As power density grows, passive filters are being augmented with hybrid active filtering circuitry, enabling real-time phase cancellation of high-frequency switching noise generated by SiC and GaN power semiconductors.
Get immediate, authoritative answers regarding custom OEM filter design, lead times, regulatory compliance, and cross-referencing obsolete parts.
Discuss your electrical parameters, leakage constraints, EMI attenuation targets, or custom design requirements directly with our senior engineering team.
