What is Robotics?

Robotics is the field that deals with the design, construction, programming and deployment of robots — machines that can perform (semi-)autonomous actions in place of people.

In an industrial context, robotics often refers to mechanical arms or mobile systems carrying out tasks such as welding, assembly, pick-and-place or inspection.

Robotics combines mechanical engineering, electronics, Motion Control, control engineering and artificial intelligence.


🤖 What is a robot?

A robot is a programmable device that performs tasks based on input from sensors, logic and instructions. A robot generally consists of:

  • Mechanical structure (e.g. arm, gripper, wheels)
  • Drives (Servomotor, Stepper Motor)
  • Sensors (e.g. vision, force, distance)
  • Control (PLC, robot controller, or embedded system)
  • Software (programs, AI, trajectory planning)

🧱 Types of robot

Type Use
Industrial robot arm Welding, milling, palletising, assembly
Collaborative robot (cobot) Cooperation with humans without barriers
AGV / AMR Automated internal transport (logistics, production)
SCARA robot Fast pick-and-place in a 2D plane
Delta robot Very fast sorting and packaging tasks
Humanoid robot Research, services, experimentation

🛠 Robotics and automation


🏭 Examples of robotics in industry

  • Automotive manufacturing: welding, painting, screwing
  • Food industry: sorting, packaging, palletising
  • Pharmaceutical sector: dosing, filling, labelling
  • Warehouses: order picking with mobile robots
  • Cleanrooms: contamination-free handling of components

✅ Benefits of robotics

  • High precision and repeatability
  • Increased productivity and speed
  • Improved safety by replacing dangerous tasks
  • Scalability and flexibility in production
  • 24/7 operation

📌 In summary

Robotics is the key to modern automation — it enables machines to carry out tasks autonomously and reliably that would otherwise be done by humans, with greater speed, accuracy and safety.