Hubs & Couplings – Precise Connection Elements for Robotics and Drive Systems
**Hubs & couplings** are essential mechanical components responsible for **power transmission between motors, gears, and wheels**. They are widely used in **robotics, industrial automation, automotive engineering, and CNC machines**, ensuring a secure and efficient connection between rotating parts.
How Do Hubs & Couplings Work?
Hubs and couplings are used to securely attach **wheels, gears, or other rotating components** to a shaft. There are several types:
Mechanical Hubs: Directly connect the shaft and component using clamps or screws.
Sleeve Couplings: Use friction to secure the hub onto the shaft.
Shaft Couplings: Allow flexible power transmission between motor and drive.
Magnetic Hubs: Enable contactless torque transfer.
The right choice depends on the application, load transmission requirements, and precision needs.
Applications of Hubs & Couplings
Robotics: Connecting motors to wheels or robotic arms.
Industrial Automation: Secure mounting of gears and drive systems.
Automotive Engineering: Used in steering systems and e-mobility drives.
CNC Machines: Stable rotational connections for milling and cutting systems.
Research & Development: High-precision mechanical couplings for testing systems.
Advantages of Modern Hubs & Couplings
High Load Capacity: Optimal power transmission even under heavy loads.
Precise Fit: Minimal tolerance range for maximum efficiency.
Various Mounting Options: From clamp hubs to magnetic couplings.
Durability: Robust materials for industrial applications.
Find High-Quality Hubs & Couplings at nodna.de
Discover **precise connection components for robotics and industry** in our category Hubs. Our hubs and couplings provide maximum stability and efficiency for demanding applications.
