Robotic cell with PLC, I/O modules and industrial edge controller.
AUTOMATION AND INDUSTRIAL CONTROL

Automation and Industrial Management

Robust hardware to connect machines, teams and data. From edge computing to line supervision, we select platforms prepared for continuous operation and integration with existing infrastructure.

Automating requires more than processing power

In an industrial environment, the system must respond to the software and the process. Temperature, vibration, dust, power supply, assembly, availability of interfaces and equipment life cycle determine the choice.

The architecture must start from the application: what data comes in, what decisions are made locally, how information circulates and what scope there is for expansion.

Hardware for each layer of automation

Explore the most relevant families for processing, interfacing, communication and control.

Cinematic scene of an industrial automation cell with integrated robotics, conveyor and control cabinet.

How we select and integrate hardware for automation

We start with operations and integration requirements, not a generic list of products. The objective is to arrive at a platform compatible with the environment, software and expected life cycle.

  • Assess the environment Format, assembly, power supply, temperature, vibration and operating conditions.
  • Size compute and I/O CPU or GPU, memory, storage, serial ports, Ethernet, Fieldbus and inputs/outputs.
  • Prepare integration and continuity Software compatibility, expansion, maintenance and platform availability.

Do you have an automation project under development?

Share the operating environment, software, necessary interfaces and expansion requirements. The AGL team helps transform these conditions into a technical shortlist.

Talk to a technical specialist