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🪐 SATURN Series Smart Seismic Switch — Intelligent Earthquake Detection for Industrial Safety
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For decades, seismology has been defined by three translational components—X, Y, and Z. Yet earthquakes do more than shift the...
Streamline ASCE 7-22 VS30 Site Classification Using DoReMi® MASW Seismographs with SEISMOWIN The latest ASCE 7-22 standard requires Vs30 shear...
In the world of electronics, industrial automation, and instrumentation, reliable communication between devices is essential. Several well-established standards define how...
Seismology and geophysical monitoring cover an enormous frequency spectrum — from the fast, high-frequency vibrations of a blast or building...
Affordable Shake Table for K-12 & Universities At QuakeLogic, we believe that hands-on learning is the most powerful way to...
At QuakeLogic, we believe that hands-on education is the foundation of innovation. That’s why we are proud to announce the...
In ACROME Robotics, we are developing easy to understand and easy to replicate content about AI Robotics applications. In our...
Admittance control is a fundamental control strategy in robotics and mechatronics that governs how a system interacts with its environment....
Role Of Acrome Products in Prof. Claudia Yaşar’s Teaching Approach Introduction: Having hands-on experiments for engineering students alongside their theoretical courses is...
Introduction: It is impossible to overestimate the significance of actuators in today’s industries. Automation and robotics are made possible...
This article explains how to use PID controllers to solve a real-world balance problem. We need to calculate PID gains to do...
The Ball Balancing Table (BBT) is a great place to start if you want to learn and gain experience with...
Introduction Motion control programming has traditionally been a complex process requiring expertise in programming languages such as C, Python, or embedded...
Introduction Makers/hobbyists and academicians are often willing to build their own serial robotics arm. This is because the robotic arms...
Part 1: What is a Delta Robot and What Does It Do? In today’s world, robotics is transforming how we...
QuakeLogic is proud to deliver its next-generation Ironcore Bi-Axial Shake Table to the University of Washington—powered by magnetic linear motors,...
In seismic monitoring, triaxial seismometers are essential tools that capture ground motion in three dimensions. But not all triaxial sensors...
In the field of performance-based earthquake engineering, fragility curves are indispensable tools. These probabilistic functions describe the likelihood that a...
When the Earth rumbles, seismic waves are the carriers of its message — rippling through the ground, shaking buildings, and...
Understanding background seismic noise levels is crucial for assessing the suitability of a site for seismic monitoring and instrumentation. Background...
Seismic monitoring requires precise, reliable instrumentation capable of detecting and recording ground motion with high fidelity. Two popular categories of...
Shake tables are widely used in structural and mechanical engineering research to simulate dynamic loads, including earthquakes, vibrations, and random...
1. Ergodic Models An ergodic model assumes that spatial variability in ground motion is equivalent to temporal variability. In other...
The safety and longevity of steel bridges are vital for transportation infrastructure. Continuous exposure to traffic-induced vibrations, thermal fluctuations, and...
Shake tables are powerful tools for simulating earthquakes, studying structural dynamics, and testing critical infrastructure components. However, operating a shake...
In the realm of geophysical exploration, two advanced seismic techniques—MASW (Multi-Channel Analysis of Surface Waves) and ReMi (Refraction Microtremor)—are leading...
Seismic surveys play a critical role in understanding subsurface structures, enabling industries ranging from urban infrastructure development to resource exploration...
The GN309 Intelligent Node Seismograph is a state-of-the-art seismic acquisition system designed for surface wave detection and geophysical exploration. Combining...
In the dynamic world of geotechnical engineering, precision, reliability, and adaptability are key to uncovering insights that drive innovation and...
When a volcano erupts, it releases vast amounts of energy, creating seismic waves that travel through the ground and acoustic...
In the field of earthquake detection and early warning systems, precision, reliability, and speed are critical. Small Aperture Arrays (SAA)...
Our shake tables are precision instruments designed for safe and reliable operation in research and educational settings. Adherence to the...
Looking for a powerful yet cost-effective shake table for your earthquake simulation, vibration testing, and research needs? SHAKEBOT is here...
Digital sensors are the backbone of effective real-time monitoring systems, especially in fields where accuracy and responsiveness are crucial, such...
The Stewart Platform, commonly known as a hexapod, has revolutionized motion simulation with its six degrees of freedom (6-DOF) capabilities....
The AC 156 standard is the go-to method for testing nonstructural components for seismic performance. Nonstructural elements—such as equipment, ceilings,...
The SIS-1 Infrasound Sensor, developed in collaboration with CEA, is a high-performance, low-power sensor designed for a wide range of...
When dealing with seismic data, a critical step in understanding the potential impact on structures is analyzing the response to...
Liquefied Natural Gas (LNG) facilities are critical components of the global energy infrastructure, but they also present significant safety and...
At QuakeLogic, we are constantly exploring advanced technologies to enhance the safety and integrity of critical infrastructure. One such innovative...
Signal-to-Noise Ratio (SNR) plays a crucial role in data quality, especially in fields like seismic monitoring and structural health monitoring....
Infrasound refers to sound waves with frequencies below 20 Hz, beyond the lower limit of human hearing. These low-frequency signals...
In regions like Florida, Texas, and Louisiana, which are frequently hit by hurricanes, the traditional building model that uses timbers...
Selecting the right shake table for research, testing, and educational purposes requires careful consideration of design, performance, longevity, and overall...
When dealing with measurement systems—whether for seismic monitoring, environmental sensors, or industrial applications—it is essential to understand key technical specifications...
Earthquakes are unpredictable, but your facility’s response doesn’t have to be. Implementing an Earthquake Early Warning System (EEWS) is essential...
We are proud to unveil our latest innovation—the state-of-the-art 250-kg Uniaxial Shake Table. This cutting-edge piece of equipment is engineered...
Comprehensive Guide to AC156 Non-Structural Seismic Testing: Key Technical Insights Non-structural seismic testing plays a crucial role in ensuring that...
Shake tables provide a critical tool for simulating earthquake events and testing the response of structures to seismic forces. However,...
QuakeLogic is proud to introduce cutting-edge 40-ton uniaxial and biaxial hydraulic shake tables, designed for a wide range of seismic...
At QuakeLogic, we understand that precise and reliable seismic testing is crucial for advancing structural integrity and earthquake resilience. That’s...
QuakeLogic is proud to introduce our state-of-the-art 1-ton Uniaxial Shake Table, designed to bring unparalleled precision and power to your...
Understanding earthquakes and their impact on structures is a critical part of education, especially in the fields of science and...
The UNI 9916 standard, formally titled “Criteria for the Measurement of Vibrations and the Assessment of Their Effects on Buildings,”...