Dual loop control is often used to improve the performance of a motion control system. Although this appears more complex at first look, the overall system cost and complexity needed to reach the desired level of precision may often be significantly reduced. In the example system, mechanical stiffness was improved by a factor of approximately 100 by the use of a secondary feedback device.In the case of a single loop lead screw system, the feedback is usually located on the back of the motor. 

Schneider Electric announces major enhancements to EcoStruxure Resource Advisor, a versatile enterprise software suite of solutions designed to empower global companies across efficiency, ESG, energy and risk, and renewables and carbon. This strategic evolution from a platform of stand-alone solutions to an integrated and multifaceted suite addresses the rapidly maturing market and the increasing complexity of corporate sustainability needs.

Dr. Fritz Faulhaber GmbH & CO. KG with headquarters in Schönaich has received the TOP 100 Seal 2024. Science journalist Ranga Yogeshwar has been a mentor of the competition for 12 years and personally congratulated Faulhaber on this success at the award ceremony on June 28.

For different types of cranes and load ranges, Nord Drivesystems offers properly dimensioned drive solutions from a single source. For that, the company can rely on locations in more than 80 countries. In Poland, the specialist for hoisting equipment Protea relies on the crane & cargo competence of the complete supplier from North Germany.

The company Norelem, a global manufacturer and supplier of standard components for mechanical engineering and industrial applications, is set to open a new facility in the United States. This expansion represents a significant step in Norelem's international growth strategy and its commitment to better serving its customers in the United States.

Ringspann Corporation has unveiled its latest innovation – the Universal Joint Program. Designed to provide unparalleled efficiency and durability, the program offers a range of universal joints that promise seamless power transmission and flexibility across multiple industries.

ZF is harnessing the power of software to develop smarter, more connected, and highly efficient commercial vehicle technologies. By integrating ZF’s intelligent software solutions with its chassis technologies, vehicle performance and safety can be improved, ensuring safer and smoother journeys. As automotive technologies shift towards greater digital integration, ZF is setting the pace as an enabler of smart and connected technologies. ZF is also able to leverage its software domain expertise from other vehicle segments within the ZF Group to produce intelligent systems quickly and cost effectively that can lower the overall total cost of ownership (TCO). 

If you want to identify one trend in the field of shaft-hub-connections, this is it: The use of frictional shrink discs is gaining traction in mechanical and plant engineering. The main reason for this is probably that - in contrast to positive shaft-hub-connections with a keyway - considerably higher torques can be transmitted and many designs can therefore be made smaller. This correlates with the desire of many users for increasingly compact drives. A more detailed analysis also reveals that at present it is primarily shrink discs in a two-part design that have caught the eye of designers of industrial drive systems. 

Mechanical design engineers planning a drivetrain typically have a range of component options to choose from, and many decisions will boil down to the specific application. When it comes to creating optimal torque output, rotational speed and direction, few decisions are as important in designing high performing gear drives as choosing the right gear for the job. 

With the TwinCAT Runtime for Linux, Beckhoff is opening up new application possibilities for real-time control. In the future, several TwinCAT Runtimes can be executed on a single industrial PC for the first time, enabling users to combine different system parts on one large computer, for example. With this hardware consolidation, computing resources are better utilized. Furthermore, accessing a GPU (graphics card) from the real-time environment will be possible, which is used as a hardware accelerator for particularly computing-intensive applications such as vision.