Industrial Automation Solutions

What are industrial automation solutions?

An industrial automation solution is the combination of technologies, hardware and software that allows a plant, machine or process to operate automatically, with minimal human intervention and maximum efficiency. There is no single universal solution: industrial automation spans from the simple control of a motor with a variable frequency drive to complete intelligent manufacturing systems integrated with the corporate ERP.

The key to choosing the right solution is not the technology itself, but the problem to be solved: reducing costs, increasing throughput, improving quality, ensuring traceability or meeting regulatory requirements. Starting from the objective and working towards the technology — not the other way around — is what distinguishes a good automation integrator from one that simply sells hardware.

Main types of industrial automation solutions

1. PLC programming and process control

The PLC (Programmable Logic Controller) is the core of most industrial automation solutions. It controls sequences, manages inputs and outputs, executes PID control loops and coordinates all the elements of a machine or line. PLC programming to IEC 61131-3 (Ladder, Structured Text, Function Block, SFC) allows the system behaviour to be adapted precisely to the needs of the process.

Applications include: packaging lines, conveying systems, presses, furnaces, extruders, mixers, water treatment plants, electrical control panels and virtually any industrial process with actuators and sensors.

2. SCADA and industrial supervision

A SCADA (Supervisory Control and Data Acquisition) system provides the visualisation, supervision and data-logging layer above the PLC. The operator sees the plant status in real time, can act on the process, receives alarms and has access to production history. Platforms such as Ignition, WinCC and FactoryTalk are common in large-scale projects.

3. Industrial and collaborative robotics

Industrial robotics solutions range from welding, palletising or assembly cells with articulated robots (KUKA, FANUC, ABB) to applications with cobots (Universal Robots, Doosan) in shared workspaces with operators. Integration of the robot with the line PLC, machine vision systems and SCADA is essential to ensure the correct functioning of the whole system.

4. Machine vision

Machine vision systems enable 100% part inspection, dimensional verification, surface quality control and robot guidance. Manufacturers such as Cognex and Keyence offer cameras and controllers specifically designed for industrial environments, integrated with the cell PLC via standard protocols.

5. Building Management Systems (BMS)

In industrial buildings, offices and public facilities, BMS systems automate HVAC, lighting, access control and energy management. Protocols such as KNX, BACnet and Modbus connect the various subsystems and enable centralised supervision, reducing consumption by 20% to 35%.

6. Control cabinet manufacturing

Every automation solution requires a reliable electrical control infrastructure. Industrial control cabinets integrate the PLC, power supplies, drives, safety modules and communications into a compact, documented and certified assembly. Design with EPLAN and in-house manufacturing guarantee quality and delivery.

How to choose the right automation solution

The selection depends on several factors that must be analysed together:

1. Business objective: cost reduction, capacity increase, quality improvement, regulatory compliance?
2. Current state of the process: are there existing assets to reuse or is this a greenfield installation?
3. Scale: a single machine, a complete line or an entire plant?
4. Client standard: many companies have approved PLC or SCADA manufacturers
5. Budget and expected ROI: the return on investment must justify the chosen solution
6. Regulatory requirements: sectors such as pharma, food or aerospace impose additional documentation and validation requirements

An automation integrator with real experience across multiple sectors is the best partner for this decision. They are not tied to a single manufacturer or technology, but select what is most appropriate for each case.

Incremental approach to automation

It is neither necessary nor advisable to automate everything at once. An incremental approach delivers quick wins with controlled investment:

• Phase 1 — Connectivity: install energy meters, production sensors and a basic OEE dashboard. Low investment, immediate visibility.
• Phase 2 — Control: automate the physical process with PLC and HMI. Reduce operator dependency on repetitive tasks.
• Phase 3 — Supervision: deploy a SCADA with data historisation and alarm management.
• Phase 4 — Optimisation: integrate with ERP, add data analytics and predictive maintenance algorithms.

Bluemation: industrial automation solutions integrator

At Bluemation we design and implement complete industrial automation solutions: from PLC and HMI programming to SCADA development, electrical design with EPLAN and control cabinet manufacturing. We work with Siemens, Beckhoff, Rockwell, Schneider, Wago and Codesys, always selecting the platform most appropriate for the project and the client.

If you have an automation challenge and want to know which solution is the most suitable, tell us about your case and we will give you an honest technical response.

Frequently asked questions