What Is Industrial Automation?

sensors, actuators, and machines collect data and perform physical actions.

Programmable Logic Controllers (PLCs) and other devices process data and execute control logic.

SCADA systems monitor and manage the overall process.

business systems (ERP, MES) integrate automation data with broader business operations.

Also known as "hard automation", it uses specialised equipment permanently configured for a single, repetitive operation. High production volume, low flexibility, high initial investment and low unit cost. Examples: automated assembly lines, transfer lines in automotive manufacturing, and dedicated machining systems. Ideal for mass production of identical products.

Designed for batch production; the equipment can be reprogrammed to handle different products or tasks. Moderate flexibility, with changeover time between batches and a higher unit cost than fixed automation. Examples: CNC machine tools, industrial robots programmed for different tasks, and automated workstations.

Also known as "soft automation", it extends programmable automation to allow rapid changeovers with minimal downtime. High flexibility, computer-controlled, and able to produce a mix of products simultaneously. Examples: flexible manufacturing systems (FMS), robotic workcells, and automated guided vehicle (AGV) systems.

A ruggedised industrial computer that carries out the logic functions once handled by relays, switches and mechanical timers. PLCs focus on real-time control, executing logic that directly controls machines and processes, from conveyor systems to robotic cells.

Systems that control and monitor industrial processes, gathering data from PLCs and other devices to give a high-level view. Operators can monitor conditions in real time, adjust setpoints, respond to alarms, and analyse historical data.

The software and hardware that let operators interact with industrial systems, presenting data so they can monitor conditions, adjust setpoints and respond to alarms. HMIs, PLCs and SCADA work together as part of a layered system.

Industrial robots are typically floor-mounted and programmed for repetitive, high-speed, high-precision tasks such as material handling, welding, painting and assembly. Collaborative robots (cobots) work alongside operators and are safer and easier to program. MotionTech offers both for packaging, pick and place and material handling.

Sensors are the eyes and ears of automation, detecting position, temperature, pressure and proximity and feeding data back to control systems. Conveyor systems form the backbone of material handling, moving products between workstations, storage and shipping zones.

Automated systems complete tasks faster and more consistently than manual labour, with one major provider envisaging productivity increases of up to 50%.

Automation reduces human error, delivering higher quality products with greater precision.

Automation removes workers from heavy, hazardous or repetitive tasks.

Automated processes reduce cycle times, keeping customers happy.

More efficient use of materials and energy lowers costs and environmental impact.

Automation does not take breaks, get sick, or need holidays.

Real-time data enables predictive maintenance, process optimisation and continuous improvement.

Automation reduces reliance on hard-to-find skilled labour.

Robotic welding arms perform precise welds on car frames, increasing speed and consistency while reducing human exposure to hazardous environments. Automated guided vehicles move components between workstations.

Automated conveyors, filling machines and packaging systems handle high-volume food and beverage production with minimal human intervention. Pick-and-place robots move products from conveyors to packaging.

Automated systems handle delicate ingredients, maintain strict environmental controls and ensure traceability throughout pharmaceutical production.

Automated storage and retrieval systems (AS/RS), autonomous mobile robots (AMRs) and conveyor systems manage the flow of goods through distribution centres. MotionTech has deployed over 2,000 robots across UK sites. See our guide to warehouse automation.

CNC machines, automated welding systems and robotic machine tending cells produce components with high precision and consistency.

AI-powered systems monitor yarn tension, insertion speed and motor temperature across hundreds of looms, optimising production in real time.