Expert OEM Testing Services and Validation

OEM testing is the process of evaluating a product, component, system, or package against the requirements of an original equipment manufacturer. It may include vibration, shock, environmental, fatigue, strength, pressure, and field simulation testing. The goal is to confirm that the design performs reliably, meets applicable specifications, and is ready for production or customer use.

OEM stands for Original Equipment Manufacturer. In product development and validation, OEM often refers to the company that designs, builds, brands, or specifies performance requirements for a finished product or major system. Suppliers and manufacturers use OEM testing to prove that parts, assemblies, and materials meet those stated requirements before release.

OEM level testing means testing a product or component to the performance, durability, safety, and documentation standards expected by an original equipment manufacturer. This can involve formal test plans, calibrated equipment, controlled lab conditions, traceable data, and detailed reports. B83 supports OEM-level validation through ISO/IEC 17025:2017 accredited laboratory processes.

B83 supports many industries, including automotive, railroad, agricultural equipment, construction equipment, professional tools, medical devices and machines, electrical power controls, consumer products, aerospace, defense, packaging, data centers, power generation, mining, forestry, off-road, and naval applications. Testing programs can be tailored to the operating conditions, standards, and failure modes most relevant to each product category.

Common OEM validation methods include vibration testing, mechanical shock testing, environmental testing, thermal shock, cyclic fatigue, load/displacement measurement, proof load, tensile, compression, torsional, pressure, and field data replication. The right combination depends on the product’s expected use, loading conditions, temperature exposure, shipping environment, and the OEM specification or development objective.

DV testing, or design validation, verifies that the product design can meet performance and durability targets before production. PV testing, or production validation, confirms that production-intent parts and manufacturing processes can consistently meet those requirements. Together, DV and PV help reduce launch risk, identify weak points, and support confident manufacturing decisions.

OEM testing reduces liability by identifying product weaknesses before field use, production launch, or customer delivery. It helps manufacturers verify durability, document compliance, improve customer satisfaction, reduce warranty claims, and support insurance or risk mitigation efforts. Reliable test data also gives engineering teams stronger evidence for design decisions and manufacturing process improvements.

To request a quote, provide the product or component description, applicable OEM specifications, expected operating environment, required test types, sample quantity, target timeline, and any special fixtures or instrumentation needs. B83’s engineering and technician staff can review complex requirements, recommend a practical test approach, and accommodate changing client demands where possible.