ISO-Accredited Medical Device Testing Services

Medical device testing evaluates whether a device, component, or assembly can perform safely and reliably under expected real-world conditions. Depending on the product, testing may include vibration, mechanical shock, environmental exposure, fatigue, load/displacement, pressure, or quality assurance validation. The goal is to generate dependable data that supports design decisions, manufacturing readiness, risk reduction, and product confidence.

“Type 3” is often used informally to refer to high-risk medical devices, commonly aligned with Class III devices in many regulatory contexts. These products may support or sustain life, be implanted, or present significant risk if they fail. They typically require more rigorous validation, documentation, and performance testing than lower-risk devices before market release.

B83 Testing & Engineering provides multiple test methods relevant to medical devices, including vibration, mechanical shock, environmental exposure, fatigue, load/displacement, compression, tensile, torsional, pressure, and quality assurance testing. Test plans are selected based on the device’s use environment, design risks, performance requirements, and any applicable customer or industry standards.

ISO/IEC 17025 accreditation demonstrates that a testing laboratory operates under recognized quality, technical competence, and calibration requirements. For medical device manufacturers, this can improve confidence in test data, strengthen documentation packages, and support quality decisions. B83 Testing & Engineering is ISO/IEC 17025:2017 accredited by ANAB for accredited testing laboratory services.

Turnaround time depends on test complexity, fixture needs, sample quantity, equipment availability, and whether the program requires custom test development. Straightforward tests may move quickly once requirements are defined, while multi-axis vibration, fatigue, or environmental programs can require additional setup. B83 is known for flexible scheduling and accommodating changing client demands whenever possible.

In many cases, yes. B83 Testing & Engineering offers unique fixture design and custom test development capabilities for projects that do not fit standard setups. Engineers can help translate field conditions, operating loads, or customer specifications into controlled laboratory procedures using appropriate equipment, instrumentation, and documentation methods.

Testing can reveal fatigue failures, material weakness, resonance issues, seal or pressure problems, environmental sensitivity, deformation under load, and vulnerability to sudden shock or transport stress. Identifying these problems before release helps reduce warranty costs, improve customer satisfaction, reduce liability, and guide design or manufacturing process improvements.

It is helpful to provide drawings, product specifications, expected use conditions, applicable standards, sample quantities, pass/fail criteria, and any prior test or field data. If the device requires special handling, power, mounting, or instrumentation, share those details early. Clear inputs allow the laboratory to recommend an efficient, defensible test approach.