Pneumatic cylinders and actuators are essential components in modern factory automation systems, playing a central role in industries such as manufacturing, materials handling, process control, and packaging. These devices are responsible for positioning or moving parts, transferring tools, and performing “pick and place” operations with speed and efficiency. They are also widely applied in clamping, where a workpiece is securely held by cylinder-driven jaws, and in punching applications, where the thrust from a single-acting pneumatic cylinder can mark or shape objects. In specialized industries such as Food & Beverage, pneumatic stretch actuators and capping cylinders are indispensable in PET preform handling and in hot or cold fill processes. While many of these operations require basic functionality, others demand precise force monitoring to ensure process consistency, product quality, and equipment safety.

Forsentek provides high-performance load cells specifically designed for cylinder thrust measurement, offering accurate and reliable force feedback. The FF series force transducers can be directly mounted at the bottom of cylinders or actuators to measure push forces in real time. By integrating the sensor into the system, the thrust generated by the pneumatic cylinder can be monitored continuously, enabling the feedback signal to activate relays or controllers for improved thrust regulation. This not only enhances process control but also extends equipment life by preventing overload conditions.

A major advantage of Forsentek load cells lies in their flexibility. Both sensor dimensions and measuring ranges can be fully customized to fit different cylinder sizes and application requirements. With durable construction and high-accuracy strain gauge technology, they are suitable for demanding industrial environments where reliability is critical. Whether for automation, packaging, assembly, or food and beverage processing, Forsentek load cells provide the precision, adaptability, and robustness required for effective cylinder thrust measurement and control.