The lab is not the end of the process.
CORA engineering is built on continuity between design, simulation, process and laboratory.
Each solution is developed to achieve a defined dynamic behavior, not to adapt generically to an existing geometry.

CORA engineering is built on continuity between design, simulation, process and laboratory.
Each solution is developed to achieve a defined dynamic behavior, not to adapt generically to an existing geometry.
CORA supports OEM, industrial and advanced aftermarket customers in defining the solution:
concept, feasibility, reverse engineering, technical benchmarking, elastomer compound selection, performance targets and rubber-to-metal interface optimization.

Vibrational performance is analyzed through natural frequency, static and dynamic stiffness, hysteresis, damping behavior and multi-axis load response.
The objective is to reduce vibration propagation and stabilize system behavior in real operating conditions.
.webp)
Simulation helps predict structural and torsional behavior before prototyping, reducing uncertainty, development time and unnecessary iterations.
The project is refined before the production process begins.

A dynamic component is not complete until it has been measured.
CORA validates performance internally through static and dynamic stiffness measurements, fatigue tests, thermal cycles, accelerated ageing, hysteresis analysis and natural frequency evaluation.

Bring us your dynamic system. We will engineer a precise response.