Know without a
doubt.
On-site thermal validation and/or burn-ins. Know without a shadow of a doubt that your product is operating within safe temperatures.
// Experimental Validation
Tether your design to physical reality.
In-depth experimental validation produces the data needed to take your design from theoretical to empirical. Strategic thermal loading plus IR imaging and critical-point thermocouple probes — all logged in a single dataset.
// Validation Workflow
From Test Plan to Burn-In Report.
The same physics-stack we ship on simulations, run on a live unit. Four stages, single timeline, a report you can hand to reliability.
Define acceptance criteria, probe map, and steady-state load profile.
IR (640×480) + ≥24 multi-point thermocouples, dark-frame baseline, fan / heat-pipe logged.
Capture to steady-state across the load envelope; record critical component temperatures over time.
Component lifetime analysis (Arrhenius-derived), lifetime projection, sign-off against every acceptance criterion.
// each stage ships a discrete deliverable; the four are bound into a single burn-in report.
// Engage ETD
Validate it on the bench.
Send us a brief — your thermal envelope, your geometry, your timing — and we'll come back with a feasibility turn on the first iteration of your validation plan.