High-Performance Industrial Rotary Dampers
Advanced rotary damping technologies for critical automotive applications
Rotary dampers: advanced industrial technology
Dynamic control of rotational motion and vibration attenuation
Our rotary dampers constitute critical mechanical components ensuring kinematic control of rotational movements and vibration attenuation in automotive systems. These devices integrate proprietary technologies enabling calibrated resistant torque generation, guaranteeing progressive damping and controlled deceleration. Our solutions cover three distinct technological ranges, each optimized for specific applications according to OEM specifications.
LOAD RESPONSIVE DAMPERS
Variable Load Adaptive Technology
Rotary braking torque is generated proportionally to the applied load through a unique patented mechanism, guaranteeing constant operating speed regardless of load variations. Our Japanese parent company was the first in the world to develop resin composite rotary dampers. This cutting-edge technological expertise constitutes the guarantee of very high-level industrial know-how and exceptional operational reliability.

PRESSURE-RESISTANT DAMPERS
Pressure-Resistant Hydraulic Technology
Exploitation of controlled compression of high-performance technical oil to generate high rotary braking torque in ultra-compact footprint. This optimized hydraulic architecture enables high resistant torques with reduced dimensioning. The technical configuration offers unidirectional or bidirectional operation according to application specifications, providing maximum integration flexibility for critical space constraints in automotive systems.

VISCOUS-RESISTANT DAMPERS
Compact Viscosity-Resistant Technology
Generation of rotary braking torque through exploitation of rheological properties of calibrated high-viscosity technical fluids. This advanced technology offers complete operational angular configuration freedom with instantaneous dynamic response and ultra-compact dimensional profile. The optimized technical architecture guarantees maintenance of component compactness while ensuring linear and reproducible damping performance, ideal for applications with critical space constraints.

Technical Documentation
Access our technical resources and specialized documentation
ROTARY DAMPERS TYPE 1
Complete technical documentation for Load Responsive dampers.
Technical 3D Modeling
High-definition 3D renderingTechnical 3D Animation
Animated 3D modelROTARY DAMPERS TYPE 2
Complete technical documentation for Pressure-Resistant dampers.
Technical 3D Modeling
High-definition 3D renderingTechnical 3D Animation
Animated 3D modelROTARY DAMPERS TYPE 3
Complete technical documentation for Viscous-Resistant dampers.