Hydraulic Press Automation Benefits For Manufacturing

Hydraulic press automation is an innovative, adaptable form-finishing solution that offers numerous advantages to manufacturing companies. From increased uptime to enhanced production rates, hydraulic presses are essential tools in the production process.

Hydraulic presses are much less costly to operate and maintain compared to mechanical presses, enabling manufacturers to increase uptime while cutting costs.

Reduce Downtime

Hydraulic press automation can reduce downtime by improving production consistency, shortening cycle times and increasing uptime. When a press line stops due to malfunction, operators can quickly identify the source of the issue and fix it before further extensive downtime occurs.

Integrated press networking systems can be utilized to monitor press status and send diagnostic screens for troubleshooting issues. This gives operations managers insight into when a press requires service, dispatches technicians accordingly, and guarantees the right resources are available for repair or replacement.

Inductive proximity sensors can also be utilized to monitor presses for pressure, flow and temperature to avoid damage due to hot components. This reduces downtime for repairs or replacing worn parts.

Electronic controls can be programmed to monitor job status, advance feed lengths, check progressive dies, vary press speeds and regulate air counterbalance and cushion air settings. These features help stampers improve quality by minimizing engineering changes and minimizing plant maintenance expenses.

Increase Efficiency

Hydraulic press automation offers numerous advantages to manufacturers, such as increased efficiency and reduced downtime. These systems enable companies to boost productivity, boost safety, and minimize errors.

Hydraulic presses are often employed for extended production cycles, leaving them vulnerable to wear and tear. Companies can reduce costs by investing in specialized sensing equipment like Contrinex C44 Series inductive sensors, which protect rams and other hydraulic components from costly damage.

Hydraulic press automation not only increases efficiency, but it also helps manufacturers produce high-quality parts. The solution measures depth and pressure as the ram moves in sync with the part being formed, giving operators consistent part tolerances.

Increase Productivity

No matter if your company manufactures metal parts or plastic components, hydraulic presses are indispensable tools that can be retrofitted for increased productivity. From adding touch screens and recipe storage to incorporating robotics and feeders, manufacturers have many options when it comes to custom hydraulic press automation that improves both quality and quantity of their output.

Manufacturers can save money by retrofitting older presses with modern technology, such as programmable logic controllers (PLCs) for improved productivity. Another popular upgrade is adding RFID tags which identify tooling and transmit data between a machine and human operator.

Modern automation systems come with recipe functionality, which enables operators to design a cycle and customize it with precise parameters for each forming process. This is especially helpful when performing repetitive tasks like molding car parts or packaging food items. Furthermore, these systems offer live troubleshooting, software backups, and program edits - helping guarantee the highest possible product quality - especially crucial in today's aerospace industry where parts must be molded for tight tolerances.

Increase Safety

Hydraulic presses require extreme caution when operating; without proper safety devices in place or operating them correctly, there could be serious injuries or even amputation.

Recently, several OSHA mandated safety systems have made workplaces safer; however, more can be done to guarantee your employees remain out of harm's way. That is why hydraulic press automation is such a beneficial addition to any machine shop.

Before you can get started, you'll need a qualified system integrator with press and production experience. While generic automation houses or system integrators may work well for non-press projects, they may lack the specific product knowledge that comes from years of working with press manufacturers and their equipment.