SHAKE TABLE BIAXIAL IRON CORE is a state-of-the-art earthquake simulator that is designed to replicate the motion of real earthquakes in a controlled laboratory setting. This linear-drive dual-axis simulator has two axes, X and Y, which allows it to simulate a wide range of earthquake scenarios with high accuracy.

One of the unique features of the SHAKE TABLE BIAXIAL IRON CORE is its speed, with the ability to simulate waves at an impressive rate of 1000 mm/s. This high speed, combined with its linear motor, enables the simulator to produce highly realistic and challenging simulated earthquakes.

The SHAKE TABLE BIAXIAL IRON CORE is ideal for testing the resilience and performance of structures, materials, and systems under simulated earthquake conditions. It is commonly used by universities, research institutes, and industry to evaluate the performance of buildings, bridges, roads, pipelines, and other critical infrastructure during an earthquake.

EASYTEST SHAKE TABLE BIAXIAL, control software, is user-friendly and intuitive, with a clear and easy-to-use interface. It is also fully compatible with all TDG shake tables, ensuring seamless integration and operation. One of the key features of EASYTEST SHAKE TABLE BIAXIAL is its ability to load real earthquakes and display acceleration-velocity-displacement profiles. This allows users to accurately replicate real-world conditions and test the response of structures and materials under extreme load conditions.

The SHAKE TABLE BIAXIAL IRON CORE is also designed for ease of use and maintenance, with a user-friendly control interface and a compact, portable design. It is an invaluable tool for engineers, researchers, and other professionals working to improve the safety and performance of structures in earthquake-prone regions. Overall, the SHAKE TABLE BIAXIAL IRON CORE is a powerful and unique tool that offers a high level of accuracy and versatility for testing under simulated earthquake conditions.