Quantify Magnetic Behavior Critical to Electrification Performance. 

Magnetic performance testing provides detailed insight into the magnetic properties that directly impact motor efficiency, torque density, thermal behavior, and overall system reliability. Carpenter Electrification evaluates key magnetic characteristics to support material selection, design validation, and performance benchmarking across electrification applications.

This testing is commonly used during early design and validation phases to compare material options, confirm expected performance, and identify variability before advancing to production. Results are delivered in a clear, actionable format to support engineering and program decision-making. 

Enable highly specialized magnetic analysis under controlled conditions.

Brockhouse fixture testing supports advanced evaluation of magnetic behavior using specialized fixtures that are not widely available in the U.S. These capabilities allow for precise, repeatable testing scenarios that go beyond standard magnetic evaluation methods, supporting deeper insight into component and material performance.

This testing is typically used for complex electrification programs where accuracy, repeatability, and control are critical. Brockhouse fixture testing helps engineering teams validate performance assumptions, assess consistency, and gain confidence in magnetic behavior before progressing through development or production stages.

Evaluate magnetic behavior at the component level.

Rotor and stator component testing provides targeted insight into the magnetic performance of individual components prior to assembly or production. Testing focuses on understanding consistency, variability, and performance characteristics that directly impact system efficiency, durability, and reliability.

This testing is commonly used to support design validation, supplier qualification, and troubleshooting efforts. By evaluating components independently, engineering teams can identify potential risks earlier and make informed decisions before advancing to full system integration.

Assess magnetic performance across assembled components.

Ring and stack testing evaluates magnetic properties across assembled components to assess uniformity, consistency, and performance across different sizes and configurations. Carpenter Electrification supports both small and large ring testing, as well as stack-level evaluations.

This testing is often used to understand the impact of material selection, stacking methods, and assembly processes on magnetic performance. Results help validate production readiness and identify opportunities for optimization prior to scaling manufacturing.

Identify performance anomalies and reliability concerns.

Diagnostic and failure analysis services support investigation of unexpected performance issues, anomalies, or reliability concerns in magnetic components or assemblies. Testing may include targeted magnetic evaluation combined with metallurgical investigation to uncover material inconsistencies or inclusion-related issues.

These services are typically engaged when components do not perform as expected during validation or in production environments. The objective is to provide clear, technically grounded insight that supports root-cause identification and informs corrective actions.