Glossary

CNC robots are automated machines that can work precisely and efficiently using computer numeric control (CNC). These sophisticated robots are designed to perform complex tasks in the manufacturing industry, such as milling, drilling, cutting and engraving materials such as metal, wood, or plastic.

Industrial robots have become an integral part of modern manufacturing processes. The best-known robotic applications are high-performance, yet complex and cost-intensive industrial robots. One variant is cobots — robots that work hand in hand with people but are not as powerful as industrial robots.

Robotics, also known as robotics technology or robotics technology, comprises the interdisciplinary field of engineering and computer science, which deals with the design, construction, operation and application of robots. Robots are programmable machines that are able to perform tasks autonomously or semi-autonomously, often in environments that are inaccessible or dangerous to humans. Robots also often perform tasks in industry and in the production process that are too monotonous, difficult or repetitive for humans.

The term “digital robot twin” refers to a virtual representation of a physical robot or a robotic system component in a digital environment. This digital replica contains comprehensive information about the robot, including its design, functionality, movements, sensor data, and interactions with its environment. The twin digital robot is often used in Industry 4.0 and in the area of industrial automation to support the development, optimization and control of robotic systems. In the case of RobCo, this works with our RobCo Studio software platform RobFlow.

Edge computing processes data directly on robots or nearby devices instead of in the cloud, enabling real-time reactions, higher autonomy, better safety, and reduced data load. Combined with AI (Edge AI), it brings intelligence directly into the machine, making robots faster, more reliable, and able to make instant decisions without network delays.

End effectors play a crucial role in robotics, as they form the interface between the robot arm and the work environment. In this post, you will learn everything about end effectors, their different types, applications and how they are used in industry.

In today's digital era, robotics plays a central role in industrial automation, particularly for medium-sized companies. A crucial component in this area is the gripper, which enables robots to grasp, handle and move objects. In this article, we will take a closer look at the importance of grippers in robotics and how they can contribute to flexibility and automation in SMEs.

The history of robotics is marked by groundbreaking inventions, visionary thinkers and the relentless quest for progress. From the first mechanical vending machines to sophisticated, modular robots for medium-sized industrial companies, robotics has developed into one of the most important sectors of modern technology.

A Human-Machine Interface (HMI) is the bridge that connects us with technology. It’s any kind of user interface that allows a person to interact with a machine (such as a robot). At its core, the HMI translates complex machine data into understandable information. At the same time, it converts our commands into signals the machine can process.

Industrial robots are mechanical devices that can be programmed to perform various tasks in manufacturing. In contrast to traditional, large and expensive automation projects, modular industrial robots offer a variety of advantages, particularly for medium-sized companies.

The Internet of Things (IoT) connects physical objects—from everyday items to complex machines—via the internet. These IoT devices collect and exchange data to trigger actions and create intelligent systems.

Getting started in robotics for industrial companies offers numerous advantages and opportunities to optimize production processes. Modular robots in particular open up new opportunities for companies to automate and improve their manufacturing processes. The most important aspects of getting started in robotics are discussed below:

The Jacobian is a robotics term that plays an important role in motion control and the kinematic analysis of robots.

Kinematics is a central concept in robotics. It deals with the movement of robots, in particular with the analysis of their positions, velocities and accelerations. Kinematics deals with the geometric structure and movement properties of robots, independent of the forces acting on them. Kinematics makes it possible to calculate the movement of a robot based on its joint angles or coordinates. It is an important part of planning motion sequences, trajectory planning and controlling robots in various applications.

Lathe robots are a special type of industrial robot that are used to automate lathes in the manufacturing industry. These often modular robots play a crucial role in optimising production processes, particularly in areas where precision, efficiency and speed are required.

Robotics has made rapid progress in recent years and is now used in various areas such as manufacturing, healthcare and logistics. However, the spread of robots and automated systems also raises questions about legal frameworks and ethical principles. Here we take a look at the most important laws and principles of robotics.

Automating machine loading is a decisive step for industrial companies to optimize their production processes and increase their competitiveness. Modular, flexible robots are used to automate material flow and increase manufacturing efficiency.

Modular robots are a groundbreaking innovation in robotics, particularly for medium-sized industrial companies. The flexible and adaptable robotic systems offer a variety of advantages that enable companies to optimize their production processes and remain competitive.

Robots for palletizing are specialized robots that are used in industry to automatically stack goods or products onto pallets. These robots are part of the automation solutions used in production plants to optimize and simplify the palletizing process.

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Automation with robots has become a decisive factor in the modern manufacturing landscape in medium-sized companies. You should be familiar with these key terms and concepts related to robotic automation:

Robots are playing an increasingly important role in the modern manufacturing landscape, particularly for medium-sized industrial companies that are looking for efficient and flexible automation solutions. When choosing the right robot manufacturer, various factors must be considered to ensure that the company's specific requirements and needs are met.

The automation of milling machines using robots is revolutionizing the manufacturing industry, particularly for medium-sized companies. By using modular robots, companies can optimize their production processes and increase competitiveness.

The art of robot programming plays a crucial role in the field of industrial automation. It makes it possible to carry out complex tasks precisely and optimize work processes. In the past, programming robots was often time-consuming and required specialized knowledge. However, thanks to modern solutions such as RobFlow 5.1, programming is becoming increasingly easier and more accessible.

A robotics kit is a modular system that makes it possible to assemble and adapt robots to individual requirements. These kits offer numerous advantages that are important for both small and large companies in various manufacturing industries.

Automating production processes offers numerous benefits, but employee safety also remains a top priority. In this context, innovative safety functions play a crucial role in robotics to ensure maximum flexibility and safety.

The shortage of skilled workers is a challenge that many medium-sized industrial companies face. In doing so, they are looking for solutions to increase their productivity and maintain their competitiveness. Implementing robotics and automation offers a wide range of benefits to address these challenges.

The future of manufacturing and RaaS promises unprecedented innovation, efficiency, and sustainability that will shape a more resilient and prosperous industrial landscape.

In the world of industrial automation, image-based automation has proven to be a groundbreaking innovation. This intelligent technology, which is tailored to individual applications, offers a wide range of applications and benefits for companies.