Practical Vibration Control Solutions for Precision Equipment and Research Applications

A simple and reliable approach that can be installed directly under equipment

In fields such as precision measurement, research equipment, and industrial machinery, vibrations transmitted from the surrounding environment can affect measurement accuracy and overall equipment stability. For this reason, appropriate vibration isolation and damping measures suited to the installation environment are essential.

Hirakata Giken has long specialized in vibration isolation and damping technologies, developing products for precision equipment and industrial applications. For more than 50 years since its establishment, the company has focused on product design based on real-world usage environments in Japan, emphasizing ease of use on site and stable performance.

One of the key features of Hirakata Giken’s vibration control products is that they can be installed directly under equipment. Since they do not require floor construction or foundation work, they can be introduced relatively easily and are used in a wide range of environments, including laboratories and factories.

These products also feature a structure that does not require a power supply and can be used immediately after installation. By reducing the effects of vibration through material properties and structural design rather than complex control mechanisms, they offer stable performance while minimizing ongoing maintenance requirements.

Hirakata Giken’s vibration isolation and damping technologies have been widely adopted by research institutions throughout Japan. They have also been used in applications requiring a high level of reliability, such as equipment related to bullet trains. Today, building on this strong track record in Japan, these technologies are also being utilized by research institutions overseas.

Designed and manufactured in Japan, Hirakata Giken’s products are selected for applications that prioritize quality and stability, serving as one practical option for vibration control in precision equipment and research environments.