The Premier ESR™ consolidates DSC, rheometer and DMA testing into one seamless protocol, the OneTest workflow. It reduces total test time by 70% and delivers 5-in-1 characterization with process-relevant data that translates directly to production.
Learn how the Premier ESR + OneTest helps you save time, save money and increase accuracy.
less total test time
characterization in one test
certified · ASTM D7750-aligned
OneTest streamlines thermal analysis, rheological characterization and mechanical testing into a single decision system, and it’s built into every Premier ESR. It delivers a continuous analytical story from early-stage characterization to final performance validation, eliminating data silos so engineers can make confident, traceable decisions faster.
For decades, polymer characterization has relied on standalone instruments, each designed to answer a narrow question but never the full one.
Thermal, rheological and mechanical properties measured on different instruments, samples and days never tell the complete story.
Multiple sample preps, sequential tests and long turnaround times slow development and delay critical decisions.
Open systems at atmospheric pressure with artificial thermal profiles don’t reflect real processing conditions.
Lab data that doesn’t translate to production forces engineers to guess at process parameters and performance.
Premier ESR replaces fragmented workflows with a single, continuous test.
Thermal, rheological and mechanical insight from a single sample, in one continuous test.
One sample prep, one test sequence, one dataset, with no redundant preps or sequential queues.
Sealed-cavity testing under controlled pressure with process-accurate thermal profiles predicts production performance.
Define process windows, validate cure cycles and confirm final performance from one continuous dataset.
Cure-to-performance data for thermosets and melt-to-solid data for thermoplastics.
Learn how the Premier ESR + OneTest helps you gain time, save money and increase accuracy.
Thermal, rheological and mechanical insight from a single sample.
Continuity across transitions, from flow to gelation or solidification to final properties.
Insights become production decisions: windows, thresholds, cycle settings and risk reduction.
Consolidate multi-instrument bottlenecks into a single protocol teams can repeat and share.
Reduce lab-to-production correlation risk by measuring under the right boundary conditions.
A coherent narrative for qualification, scale-up, QC limits and internal justification.
Learn how the Premier ESR + OneTest workflow replaces fragmented polymer testing with continuous, production-relevant material analysis.
