The Force behind robotics Drive systems for robotic applications Building a robot requires expertise in mechanics, electronics, software, and system integration. When all drive components come from a single source, it changes the rules of the game.
Robotics is the search for the perfect combination of mechanics, electronics, software, safety, and life‑cycle manage- ment. More than almost any other field, it shows that complexity does not arise from individual parts, but from how they interact. It is not the weight of a single drive that matters, but the weight distribu- tion of the entire system. It is not only the precise control of individual axes that counts, but the robot’s behavior within its environment. Added to this are standards and certifications that every component must meet. Robots operate in widely differ- ent environments: on Earth, in space, underwater, or in settings they share with humans. Today, they perform tasks ranging from surgical procedures to industrial manufacturing and mobile
→ Integrated drive systems for dynamic and energy‑ efficient movements → Functional safety as part of the system architecture for human‑robot interaction → Scalable from individual axes to complex robotic systems
integrated as one coherent system — exactly as maxon has implemented for years in platform‑based robotics solu- tions such as our High Efficiency Joints. Clarity from the planning phase This not only makes the process simpler, but also more efficient: more compact joints, integrated actuators, and reduced interfaces are created already during planning. This saves cables and connectors while simplifying integration, project communication, and certification. This clear division of roles creates freedom in the development process. Integration risks are recognized early, and iterations become faster. These are ideal conditions for a long‑term partner- ship: you design robots — we power them.
or autonomous systems. Accordingly, the requirements for dynamics, safety, integration, and service life vary greatly. Building a robot should therefore begin with a discussion of architecture, safety, and life‑cycle considerations. This becomes significantly easier when drive and control are conceived and
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