Functional analysis
Definition of the operating logics, operating sequences and requirements necessary for the development of the control system.
PLC and automation
Reliable and scalable control systems, designed to coordinate machines, devices and industrial processes with precision, safety and efficiency.
Overview
The control underlying the operation of the system
PLCs represent the heart of industrial automation systems. They are responsible for managing the operational sequences, coordinating the machines and controlling the devices that make up the system.
From the single machine to complex production lines, the automation system has the task of ensuring that all components operate in a coordinated, safe and predictable manner.
Skills
What we can
offer
PLC software development
Creation of automation software for machines, production lines and industrial plants.
HMI development and supervision
Creation of operator panels and supervision systems for monitoring and managing the plant.
Integration with existing systems
Connection with robots, vision systems, databases, management software and infrastructures already present at the customer's site.
Revamping
Replacement of obsolete PLCs with consequent software development
Focus
Criteria for choosing a PLC
Applications that require high response speeds, synchronization of handling operations or management of complex processes may require controllers with high processing capabilities and short scanning times.
The number of inputs, outputs, controlled axes and connected devices directly affects the sizing of the control architecture.
The presence of robots, inverters, vision systems, safety devices and supervision software requires the support of the communication protocols necessary for the integration of the system.
Some applications require centralized systems, other distributed architectures with remote I/O and controllers located in different areas of the plant.
The platform must allow for future expansion without requiring a complete redesign of the system.
The presence of robots, electric axes and automatic machines may require safety controllers and dedicated safety management functions.
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