Tuned Mass Dampers
Tuned Mass Dampers reduce structural vibrations in high-rise buildings and bridges, ensuring safety, comfort, and structural integrity against wind, seismic activity, and dynamic loads.
Durability That Outlasts Expectations
Our Tuned Mass Dampers are engineered to deliver exceptional performance throughout the structure's lifetime, requiring minimal maintenance while providing maximum protection.
Low Maintenance
Built with premium materials and engineered for low maintenance, our TMDs resist deterioration even in harsh environments.
Long Lifespan
Designed to provide reliable protection for 100+ years with proper installation and periodic checks.
Features of Our Tuned Mass Dampers for High Vibration Zones
Suggested use for bridges and buildings located in medium and high vibration zones
TMDs reduce structural vibrations by acting as a counterbalance. They consist of a mass, spring, and damping component precisely calibrated to match a structure's natural frequency. When the structure begins to oscillate, the TMD vibrates in the opposite direction, absorbing and dissipating energy that would otherwise cause excessive movement, protecting the structure and its occupants.
Stability Through Engineering Excellence
When structural motion threatens safety and comfort, our precision-engineered TMDs provide the counterbalance your projects demand.
Motion Control
Drastically reduces building sway and vibration through precisely calibrated countermovement.
Precision Tuning
Customized frequency response designed specifically for your structure's unique characteristics.
Specifications of Our Tuned Mass Dampers
Suggested use for bridges and buildings located in medium and high vibration zones
CECO's Tuned Mass Dampers are available for managing forces from 1000kN to 5000kN. The displacement ranges from 150mm to 250mm, and the these viscous damper devices come in 16 different dimension and force combinations.
Focusing on Maximizing Benefits and Safety
CECO's Tuned Mass Dampers provide comprehensive stability solutions by absorbing and dissipating energy from external forces like wind or seismic activity, preventing excessive motion and ensuring occupant comfort.
Occupant Comfort
Minimizes perception of movement in tall structures, preventing motion sickness and improving quality of life for residents and workers at higher floors.
Vibration Dampening
Decreases amplitude of structural oscillations through energy dissipation, protecting sensitive equipment and preventing resonance conditions.
Fatigue Prevention
Reduces cyclic loading on structural components, extending the building's lifecycle and preventing metal fatigue in critical connections.
Structural Protection
Prevents excessive displacement during extreme weather events or earthquakes, reducing the likelihood of damage to structural and non-structural elements.
Experience Unmatched Protection for Critical Infrastructure
Our TMDs provide superior performance in all conditions, from everyday wind-induced motion to extreme weather events and seismic activity, ensuring structures remain stable and occupants remain comfortable.
Reduction in wind-induced vibrations, dramatically improving occupant comfort and structural integrity.
Decrease in seismic response during earthquake events, enhancing safety and reducing damage.
Our Completed Projects
Explore our diverse range of successful projects.
Protection Where It Matters Most
Our Tuned Mass Dampers deliver specialized solutions for structures facing dynamic loads and vibration challenges.
High-Rise Building Protection
Minimizes sway in tall structures, enhancing occupant comfort and structural safety.
Bridge Stabilization Systems
Reduces vibration from wind, traffic, and pedestrian movement, extending bridge lifespan.
Critical Infrastructure Security
Protects hospitals, data centers, and power plants from vibration damage during weather or seismic events.
Explore Our Products
At CECO, we understand the importance of products that provide structural integrity.
Take a look at other products manufactured by us.
High Damping Rubber Bearings
High Damping Rubber Bearings are designed to provide exceptional seismic protection for critical infrastructure like bridges, buildings, and industrial facilities in seismic zones.
Fluid Viscous Dampers
Fluid viscous dampers play a crucial role in enhancing the resilience of infrastructure projects by effectively mitigating seismic forces and providing stability, and safety.
Lead Rubber Bearings
Lead Rubber Bearings represent the gold standard in seismic isolation technology, combining laminated rubber with a central lead core for maximum energy dissipation.
Elastomeric Bearings
Manufactured to British BS 5400 Standard, AASHTO, and European EN 1337 specifications, these bearings offer the most economical solution for large-span bridges and buildings.
Tuned Mass Dampers
Tuned Mass Dampers reduce structural vibrations in high-rise buildings and bridges, ensuring safety, comfort, and structural integrity against wind, seismic activity, and dynamic loads.
Expansion Joints
Expansion joints are essential components designed to safely absorb temperature-induced expansion and contraction of building materials while holding parts together.
Understanding the Power of Velocity-Dependent Damping Mechanisms
How Fluid Viscous Dampers Enhance Structural Resilience
Our fluid viscous dampers utilise advanced technology to provide exceptional damping performance.
The Mechanics Behind Velocity-Dependent Damping
These dampers adjust their resistance based on the speed of movement, ensuring optimal performance.
Applications of Fluid Viscous Dampers in Infrastructure
Ideal for retrofitting buildings and bridges, they enhance safety during seismic events.
Explore Our Cutting-Edge Structural Solutions
CECO Infratech pioneers revolutionary structural movement solutions that protect critical infrastructure from nature's forces. Our innovative technologies, from Friction Pendulum Bearings to Tuned Mass Dampers, represent 30 years of engineering excellence and define industry standards. We don't just create products—we engineer safety systems that safeguard communities while ensuring infrastructure longevity.
Reliable Expansion Joints for Structural Integrity and Longevity
Precision-engineered expansion joints that accommodate structural movement while preventing damage from temperature fluctuations, traffic loads, and seismic activity.
High-Performance Bearings for Smooth Operation
Advanced bearing solutions that support massive loads while allowing controlled movement, ensuring infrastructure longevity and operational efficiency in demanding environments.
Anti-Seismic Devices to Protect Critical Infrastructure
Cutting-edge damping technology that minimizes damage during untoward seismic events, and protects the occupants and infrastructure.