Shaking tables are essential tools in the fields of structural dynamics, component testing, and seismic simulation. Designed to replicate real-world vibration environments, these systems play a vital role in verifying the structural integrity and performance of materials, equipment, and full-scale assemblies under dynamic conditions.

Additium offers a comprehensive range of Single-Axis and Multi-Axis shaking tables, tailored to meet diverse testing standards across multiple industries—including automotive, aerospace, civil engineering, and electronics. These systems are engineered to support 1 to 6 Degrees of Freedom (DOF), allowing for both simple and complex motion profiles to be reproduced with high precision.

Depending on the application, Additium’s shaking tables can simulate everything from industry-specific vibration profiles—such as those required in packaging, transport, or machinery durability tests—to seismic events for validating structural resilience. Their flexibility in design allows for custom table sizes, making them suitable for small component testing as well as large-scale structural analysis.

Each shaking table is driven by a sophisticated servo-hydraulic or electrodynamic actuation system, capable of generating controlled motion across a wide range of frequencies and amplitudes. Combined with high-resolution sensors and data acquisition systems, the tables ensure accurate reproduction of test inputs and comprehensive recording of system responses.