News & Events

In the power industry, electric actuators are critical components that ensure the precision, safety and stability of power generation equipment, including generators, boilers and water treatment systems.With over 30 years of focus on intelligent electric actuators, Yangzhou Hengchun Electronics prov Read More

Selecting the wrong actuation component is a costly mistake that often goes unnoticed until production lines stall. Improper selection leads to premature motor burnout, structural buckling under load, or gross over-specification that unnecessarily drives up Bill of Materials (BOM) costs. While the basic concept seems simple—converting rotational motion into linear motion—the engineering reality is complex. Read More

An electric actuator changes electrical energy into movement. You can find these devices in many machines. They help move or control parts very accurately. Today, almost 60% of machines use electric actuators. This is because they are precise, last a long time, and are easy to add to systems. Hengchun Actuator is well known for over 30 years of work. They have a strong presence around the world. They make strong solutions for tough places. Read More

The industrial landscape is undergoing a massive shift toward electrification. Manufacturers are rapidly replacing traditional pneumatic and hydraulic systems with modern electric actuation. This transition offers superior precision, real-time data feedback, and significantly lower energy costs. However, navigating the market is difficult. The term "electric actuator" encompasses a vast range of hardware, from micro-devices in medical tools to multi-ton lifters in heavy construction. This diversity creates a confusing selection process for engineers and procurement managers. Read More

Unplanned downtime in industrial automation often leads to compounding financial losses, yet electric actuators are frequently treated as "install-and-forget" components until a catastrophic failure occurs. This reactive approach ignores the complex interplay between mechanical stress, electrical loads, and environmental factors. Many operators assume that an actuator failure always stems from an internal mechanical breakdown. In reality, they often overlook external variables such as sudden load changes, voltage drops, or improper duty cycles that silently degrade performance. Read More

The landscape of industrial motion control is undergoing a fundamental shift. For decades, fluid power was the default choice for heavy lifting, but Industry 4.0 is driving a transition toward electromechanical solutions that offer superior data integration and precision. While hydraulic systems remain the incumbent technology for high-force density, electric alternatives are rapidly capturing market share by solving age-old problems related to efficiency, maintenance, and environmental cleanliness. Engineers today face a complex choice between the proven "muscle" of hydraulics and the intelligent "brain" of electric systems. Read More