Tracking these seven key performance indicators (KPIs) for training programs enables you to enhance employee engagement, performance, and development by providing actionable insights that can help you refine and expand your training initiatives.

Mixed reality technology enhances training, design, and productivity in work settings, especially when dealing with complex machinery, safety issues, and high-risk situations.

Digital work instructions offer significant advantages and streamlined operations. Explore why organizations are adopting sustainable, paper-free solutions.

Pump selection is the quickest way to enhance hydraulic system efficiency, often yielding a 15% or greater improvement in energy ROI—for example, by upgrading from a gear to a piston pump. However, pumps are not the only way to boost efficiency and reduce your factory’s energy consumption and carbon footprint.

A crucial factor to consider in hydraulic energy discussions is thermodynamics. Nearly all input energy lost before performing useful work is converted to heat, making it essential to select efficient components and install them thoughtfully to maximize energy use.

Danfoss Power Solutions has launched the Editron EM-PMI540B electric motor, which utilizes synchronous reluctance assisted permanent magnet technology. This versatile motor can operate both as a motor and a generator. Tailored for electric and hybrid drivetrains in demanding applications, such as off-highway machinery and marine vessels, it boasts high efficiency, continuous full-power operation, and the capability to function at high altitudes.

In mobile hydraulics, efficiency, reliability, and precision are essential to stay competitive with emerging technologies. Often, advancements in hydraulics stem from collaborations with other technologies, and one of the most significant in recent years is Controller Area Network (CAN) networks. CAN networks transform mobile hydraulics by enabling smooth communication between components, improving performance, diagnostics, and overall system control.