We begin with precision measurement using CKE gages, SEE 3D surface analysis, and BEE 3D bore geometry to capture dimensional and finish data. These measurements feed PROMPT cylinder kit models that evaluate more than 40 key variables and predict blowby and oil control behavior. We then interpret the combined results, recommend specific design or process changes, and, when required, design custom gages or fixtures to validate and sustain the improvements.
Expert technical guidance and analytical support resolving severe oil consumption, blowby, and complex internal powertrain component wear.
Proprietary PROMPT simulation analyzing over forty dimensional variables to optimize engine component sealing performance.
Bespoke physical gaging and sub-2-micron 3D surface imaging providing fully traceable, decision-ready engineering component validation data.
We manufacture laboratory-grade hardware and predictive software to optimize powertrain sealing. From our proprietary PROMPT simulation suite to sub-2-micron 3D metrology gages and physical LS-series wear test fixtures, our tools provide engine builders with traceable, decision-ready data that eliminates costly late-stage development failures.
Proprietary Windows-based simulation mapping secondary engine inertia forces and shifting dynamic piston accurately.
Custom ring flatness and circumference light tightness instrumentation resolving subtle manufacturing deviations early.
Patented low-cost electronic sensors delivering reliable automatic low-oil shutoff protection under high-tilt conditions.