Reliable, Standards-Compliant Environmental Simulation for Every Test Lab

Our Environmental Testing solutions offer all configuration options needed for standard-compliant execution. Every required parameter, tolerance, ramp, and limit is explicitly definable. Intermediate results and sub-results are automatically stored. Configuration details such as fixture mass, mounting conditions, DUT specifications, and profile definitions are preserved in the project, enabling fully compliant reporting for environmental simulation, thermal testing, mechanical testing, product environmental testing, and transport simulation.

Our platform enables engineers to define and execute all mixed-mode profiles with exceptional precision. Sinusoidal and random components can be combined and adjusted in real time, allowing nuanced excitation that matches real-world operating environments. Advanced control algorithms maintain profile accuracy while handling multiple PSD sections and multi-tone inputs. This ensures that mixed-mode environmental simulations run reliably, consistently, and with full compliance to required stress levels.

The m+p Environmental Testing platform offers robust, fully configurable safety mechanisms. Notching and vector-notching ensure that resonant peaks are controlled within safe limits, preventing excessive structural excitation. Abort and warning thresholds—based on RMS or peak values—enable engineers to maintain full control over their test environment. A controlled shutdown ramp protects both the shaker system and the DUT during emergency stops or profile transitions, creating a safe and predictable testing environment even under high mechanical load.

With VibUtil, complex environmental test sequences can be built intuitively. Engineers can define multi-step workflows that include Sine, Random, Shock, SRS, Mixed Modes, or temperature cycle tests, and combine them into a single automated campaign. Profile transitions are handled seamlessly, while parameter inheritance ensures consistent conditions across the entire sequence. This allows laboratories to execute long, multi-step qualification tests with high reliability and minimum operator intervention.

Our Environmental Testing platform integrates external devices directly through digital inputs and outputs. Climate chambers, signal lights, power supplies, and other equipment can be synchronised with vibration profiles for combined environmental simulation. This seamless interaction enables engineers to run complex tests—such as vibration with simultaneous thermal cycling or power application—within a single, unified workflow, maintaining full traceability of all environmental parameters.

CODA provides centralised, real-time monitoring of all connected test systems. Engineers can view acceleration levels, running profiles, current status, and safety indicators from any location. For complete automation, the REST API makes it possible to create, start, modify, and analyse tests programmatically. This is particularly valuable for laboratories running high volumes of environmental tests or long-duration qualification programs, allowing them to scale operations without increasing personnel workload.

Our solutions fully support HALT and HASS methodologies. During HALT, temperature and vibration stress levels can be increased independently or in combination to determine operational limits, destruct limits, and multiple failure modes. For HASS, all stresses can be applied simultaneously, with continuous temperature ramping and vibration excitation based on the limits identified in HALT. The platform manages these combined stresses reliably, while CODA and the REST API enable automated documentation, monitoring, and long-term reliability analysis. This creates a robust infrastructure for effective HALT/HASS reliability testing.

Our platform offers a detailed feasibility analysis that evaluates shaker displacement, velocity, force limits, and expected control behaviour against DUT and fixture characteristics. Engineers can make informed adjustments before running the actual test, ensuring that demanding profiles—such as shock and vibration testing, climatic testing, or highly accelerated life testing—can be executed safely and successfully.

High-rate raw data can be recorded in parallel with the vibration control loop and imported directly into the m+p Analyzer. Engineers can perform detailed ODS evaluations, frequency-domain analysis, or shock decay assessments. This seamless integration between vibration control and advanced analysis tools gives test facilities the ability to investigate issues in depth and generate fully traceable environmental test reports.