Material
The Ideal Material
for Next-Generation Robotics
Aluminium fulfils all key requirements for modern industrial robotics. In automated systems where fast, precisely controlled movements are essential, it proves to be the optimal material choice. It combines versatility, high strength, rigidity, and low weight to meet the most demanding technical specifications. These characteristics are especially important in high-performance robots operating under significant G-forces.
Lightweight Construction for Greater Load Capacity
Modern industrial robots must operate at high speeds to achieve maximum efficiency, making lightweight design a crucial aspect of their construction. Aluminium, with its exceptional balance of properties, is ideally suited for advanced robotic applications. Its combination of strength, adaptability, and low mass makes it a preferred material for high-performance systems. By using aluminium extensively, the total weight of robots can be reduced by up to two-thirds, significantly increasing payload capacity and overall operational efficiency.
What are the advantages of aluminium castings in robotics?
- Aluminium solutions reduce robot self-weight, improving speed and efficiency
- Aluminium offers excellent corrosion resistance in aggressive environments
- Aluminium casting enables the optimal design and adaptation of robot components to load requirements, as determined by FEM analysis during the design phase.
Examples of aluminum
casting in robotics
Examples
- Arms
- Carousel housings
- AGV platforms
- Swivels
Taguss Casting Expertise for
Robotics
New Dimension of Automated Sand Casting
We optimize mass production using our advanced automated bentonite moulding line:
Casting processes- Maximum moulding box dimensions: up to 1560 x 1110 x 750 mm.
- Component weight capacity: high-capacity casting up to 120 kg.
- Process:fully automated green sand moulding for ultimate cost efficiency.
- Benefit:maximum geometric repeatability with reduced unit costs.
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