The CORA range should be read as a set of systems, not as a list of components. Each product family answers a dynamic function: transmit torque, control torsional vibration, isolate structure and protect mechanical integrity over time.
CORA develops rubber-to-metal systems engineered with calibrated stiffness, controlled elastic behavior, damping capacity and durability targets defined according to the application environment.
CORA flexible couplings are not generic elastic elements. They are patented architectures engineered to govern motion transmission: transferring torque, absorbing dynamic irregularities, compensating misalignment and reducing vibration propagation along the driveline.
The platform originates from the patented concept introduced in 1993, recognized at the International Exhibition of Inventions in Geneva in 1999 and subsequently evolved through engineering and material updates from 2018.
This continuity makes the patent not a reference to the past, but a visible trace of CORA's technological evolution.
The CORA coupling must be presented as a Patented Italian technology: a concrete response to transmission systems that are increasingly compact, stressed, sensitive to vibrational behavior and exposed to severe duty cycles.
Compact torque transfer.
Controlled elastic response.
CORA B is the reference coupling for compact driveline architectures requiring torque capacity, reliability and predictable elastic behavior.
Based on the patented CORA concept, it is engineered for mechanical connections that must remain stable under combined loads and repeated dynamic cycles.
Efficient torque transfer in compact dimensions
Absorption of torsional peaks and fluctuations
Controlled compensation of misalignment
Reduction of structure-borne noise and propagated vibration
Durability under cyclic loads and severe operating conditions
Multidirectional flexibility.
Efficient transmission.
CORA T is developed for systems requiring torque transmission combined with axial, radial and angular flexibility.
It is suited to agricultural, industrial, marine and off-highway applications where perfect shaft alignment cannot always be guaranteed.
High multidirectional flexibility
Smooth transmission under variable loads
Protection of the mechanical interface from shocks and vibration
Stable performance under demanding duty cycles
Applicability to agricultural machinery, industrial drives, auxiliary units and marine systems
High-flexibility torsional isolation.
CORA V is designed for systems exposed to severe torsional excitation, irregular loads and demanding dynamic conditions.
Its function is to create a highly compliant torsional interface, isolating irregularities before they propagate through the driveline and compromise system behavior.
Applications: marine propulsion, generator sets and power generation, heavy industrial machinery and rotating systems exposed to demanding torsional conditions.
High torsional flexibility
Strong damping capacity
Isolation of combustion irregularities and torsional peaks
Protection of the transmission against dynamic overloads
Suitability for marine propulsion, power generation and heavy industrial machinery
Designed for high-speed applications and engine test benches, CORA S combines high torsional flexibility, dynamic stability and precise torque transmission.
Its modular design ensures reliability, easy integration and consistent performance even under the most demanding testing conditions.
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Torsional vibration dampers are one of CORA's most established industrial assets.
They are not simple pulleys, but devices engineered to control crankshaft oscillations, reduce noise and torsional stress, protect the transmission and increase the durability of connected components.
CORA develops solutions for automotive, commercial, high-performance and heavy-duty applications: elastomeric TVDs, double damping systems and viscous dampers based on Patented construction solutions.
CORA develops torsional vibration control solutions for automotive, commercial, high-performance, heavy-duty and power generation applications: elastomeric TVDs, double damping systems and viscous dampers based on patented construction solutions.
Reduction of torsional amplitude
Control of crankshaft natural frequencies
Multi-order attenuation across wide operating ranges
Optimization of dynamic stiffness
Improvement of acoustic behavior and powertrain durability
in-house validation through static and dynamic measurements, fatigue, thermal shock and ageing tests
CORA structural isolation systems are engineered to decouple mechanical assemblies, control vibration transfer and preserve structural integrity under dynamic load conditions.
They originate from the same engineering expertise that drives the development of dampers and couplings: designing and controlling the behavior of the rubber-to-metal interface.
CO.R.A. srl Via Stefano Bruda 35/c 10080 BUSANO (TO) - ITALY
+39 0124 48197
info@corasrl.it
P.IVA 04676880018
R.E.A. n. 652106
C.Estero: TO 010370
R.I. TO 04676880018
