The A-series meets a wide range of test requirements and specifications for a versatile testing environment. It has advanced automatic energy-saving technology and a high level of functionality and provides an improved working environment for vibration testing.
A general-purpose series that has been on the market for more than 15 years. The product lineup is based on catalogue standards, so unlike customized products, after-sales maintenance is assured.
Long-duration shock tests require high velocity and large displacement. J-series is a high-functionality system that offers usability and durability along with functions that accommodate high-velocity and large-displacement testing.
For transportation tests with a need for large displacements and high maximum load. These systems are optimized for simulating transportation environments.
A large allowable eccentric moment enables stable vibration of heavy objects. These water-cooled systems generate no intake or exhaust noise, leading to a quiet and improved testing environment.
Easier and more accurate. Ideal for carrying out a wide variety of transport tests. Easy to operate and can be installed by the customer. Compact, low-noise and 100 V AC, so it can be installed anywhere.
Quiet systems ideal for testing abnormal noise. Small and compact, yet capable of full-scale testing.
Ideal for modal analysis, sensor evaluation,
calibration of vibration measurement equipment and mechanical impedance measurement.
Ideal for tabletop simulation. Can be used for a variety of tabletop tests.
Improved working and testing efficiency. Multi-axis (switching) vibration test systems, mainly used to improve testing and working efficiency.
Improved working and testing efficiency. Multi-axis (switching) vibration test systems, mainly used to improve testing and working efficiency.
For Vibration tests that are even closer to the real environment. Multiaxial (simultaneous) vibration test systems are mainly used to reproduce a vibration environment closer to reality.
For vibration tests that are even closer to the real environment. Multiaxial (simultaneous) vibration test systems are mainly used to reproduce a vibration environment closer to reality.
By arranging multiple multi-axis systems in different locations and controlling them together, it is possible to simulate real-world vibration conditions more accurately. The electrodynamic vibration system is designed to achieve high-precision waveform reproduction across a wide range of frequencies.
