Simulation Tables for Increased Performance and Reliability
Providing a full six degrees of freedom (6 DOF), Moog Simulation Tables simulate acceleration and displacement outputs, reproducing key data collected on proving grounds. Sometimes called a Multi-Axis Shaker Table or MAST, Moog’s integrated control hardware and software provides the most flexible, highest performing test equipment available.
Moog Hydraulic Simulation Tables, also known as a multi-axis shaker table, are dynamic systems designed to perform precise research and development tests. The systems are powered by distribution manifolds, hydraulic test actuators, and high-performance servo valves.
Moog Electric Simulation Tables, also known as multi axis shaker tables, are dynamic 6 DOF motion systems designed to perform research, development tests, and driver training. These efficient systems are electronically powered by servo motors and electromechanical actuators, connected to a configurable test controller for the ultimate in reliability.
A High Frequency Simulation Table is a dynamic system designed to perform research and development tests. It requires an appropriate configuration, coupled with a Test Controller and features a state-of-the-art digital architecture using the latest hardware and software.
Moog’s Light Payload Hydraulic Simulation Table is the ideal choice for customers in need of a versatile solution to test lightweight materials. With a payload capacity of 300 kg and frequency of 60 Hz, this system delivers high efficiency in a compact footprint.
Moog’s Heavy Payload Hydraulic Simulation Table a high-performance, dynamic system designed for research and development testing. With a payload capacity up to 2,000 kg and frequency of 100 Hz, this system is ideal for testing of large-scale machinery and structural durability tests.