Hirata expands site in Germany

Hirata Engineering Europe is expanding its site in Mainz in response to future development trends in the field of electromobility.
Articles and background information on the topic

Hirata Engineering Europe is expanding its site in Mainz in response to future development trends in the field of electromobility.

100 years of rolling bearing technology
The list of rolling bearing types used in drive technology is long and the requirements are high. The manufacturer Findling Wälzlager, which is celebrating its 100th anniversary this year, has over 22,000 different bearing types in its range and also manufactures special solutions.

The new frequency inverter from Omron saves energy and is particularly suitable for applications such as filling and press control or voltage regulation.

Industrial trade fairs in China
Deutsche Messe and the Donghao Lansheng Group are expanding their strategic partnership and are launching two new industrial trade fairs in China.

In control and regulation technology, drive trains are being designed ever smaller. The drive specialist Enemac has various miniature couplings in its range for this purpose. Depending on the application, the focus is on different coupling attributes.

A high level of reliability must be guaranteed for large-diameter bearings - after all, components with an outer diameter of up to 6,100 millimetres and a weight of up to 20 tons can only be replaced with great effort.

Hydromechanical spring clamping cylinders from the ZSF series from Jakob Antriebstechnik are used as clamping elements wherever sliding or moving machine parts need to be temporarily clamped or locked.

A new type of safe braking resistor from Michael Koch is just under ten millimeters high.
Today, JA2by Wilhelm Jung presents itself as a system integrator of mechatronic automation solutions based on highly dynamic linear motor systems. The company started out 30 years ago as a supplier of purely rotary drive components.
Just as electromechanical actuators and other mechanical drive components are becoming increasingly suitable for applications with high loads, their ability to withstand harsh conditions is also increasing. Extreme temperatures, high particle loads, high-pressure cleaning, vibrations and shocks, radiation and electromagnetic interference are among the threats to reliable drives today.