For those who want to know +Plus

When it comes to reliability in industrial hydraulic systems, quality is not an option but an absolute necessity. 100% cylinder testing is a quality control procedure that involves verifying every single product rather than relying on sampling. The goal is operational excellence, because a hydraulic cylinder that fails during a production process can cause costly machine downtime, compromise operator safety, and damage a company's reputation. For this reason, hydraulic cylinder testing represents a critical phase of the manufacturing process.

Anyone designing a hydraulic system or replacing an actuator will sooner or later face a choice that appears simple but is anything but: is it better to opt for an ISO hydraulic cylinder, available from catalogue with guaranteed lead times, or to invest in a special engineered hydraulic cylinder, designed precisely for that specific application?

The answer depends on a technical and operational analysis that goes well beyond the unit price of the component. It depends on the working environment, the space available within the machine, the fluids used, the load cycles, and the future availability of spare parts but above all it depends on an aspect that is very often underestimated: how much customisation is already accessible within a configurable ISO cylinder, without sacrificing the benefits of standardisation.

Selecting a hydraulic cylinder is a critical phase in the design of any industrial hydraulic system. An error at this stage can compromise the efficiency of the entire application, cause premature failures, and generate unexpected maintenance and machine downtime costs. According to industry statistics, the most common cause of cylinder malfunctions is the selection of an inadequate product rather than manufacturing defects. This article analyses the five most frequent errors engineers make when selecting hydraulic cylinders, providing practical solutions to avoid them.

Conforti integrates magnetic sensors, IO-LINK and magnetostrictive transducers in hydraulic cylinders to continuously monitor piston position, improve control, safety and predictive maintenance, facilitating integration into automated systems and heavy-duty applications with a view to Industry 4.0.