A positioning system datasheet may specify a value of 0.01 mm, but this could refer to accuracy, repeatability, resolution or encoder resolution. These parameters describe different aspects of system performance. We explain the differences and show what should be included when specifying a linear positioning axis.
Precision is only part of the challenge in an advanced panel bending machine. Energy flow, peak power, cabling and machine footprint matter as well. See how Salvagnini and Kollmorgen combined multi-axis servo drives, regenerative energy management, decentralized drives and direct-drive motors in a more efficient motion architecture.
AI-based predictive maintenance is not a crystal ball. It searches machine operating data for anomalies and trends that may indicate an approaching failure. Reliable results, however, also require suitable sensors, high-quality data, knowledge of the machine, and expert validation.
Stabilus and Synapticon are developing an integrated actuator family designed for the series production of humanoid robots. The partnership combines advanced motion control, functional safety and automotive manufacturing expertise.
Selecting a linear unit involves more than determining the mass to be moved and the required stroke length. Choosing the right system also requires information about the position of the load, the required accuracy, the complete motion profile, the installation conditions and the expected service life. This article presents the seven most important factors to consider when sizing a linear unit.
By the end of summer, previously unnoticed problems in a wastewater treatment system’s aeration equipment may become more apparent. However, reduced airflow, an uneven bubble pattern or unpleasant odours are not always caused by a faulty diaphragm compressor. A clogged filter, worn diffuser, pipework problem or excessive operating pressure may also be responsible.
Selecting the right hydraulic valve has a significant impact on the performance, energy efficiency and reliability of a hydraulic system. In this guide, we explain the main valve types, their operating principles, typical applications and the key factors to consider during selection.
Over the past few years, supply chains have dominated industrial discussions. Today, however, the focus is shifting toward how quickly machines and production lines can adapt to new requirements. Engineering agility has become a strategic business priority.
Speed alone is no longer enough in laboratory automation. Micron-level positioning, repeatability and long-term reliability have become essential for modern diagnostic and medical equipment. Discover how precision motion technologies from CKD, Thomson, KSS and other leading manufacturers support the next generation of laboratory automation.
The rapid rise of artificial intelligence has triggered an unprecedented wave of investment in the semiconductor industry. As new chip fabrication facilities are built around the world, the demand for precision automation, linear motion systems, and reliable motion control technologies has never been greater.
