The future of injection moulding for hollow complex parts is here
Moses is transforming the landscape of injection moulding for complex parts with its groundbreaking holistic approach. By combining advanced data processing, material testing, process design, mould manufacturing, machine learning, and the integration of dissolvable inserts, a technological leap has been achieved redefining what’s possible in manufacturing.
Key benefits of injection moulding for hollow complex parts
- Efficiency redefined: production significantly improved over the traditional*.
- Dissolvable and 3D printable inserts: Ad-hoc dissolvable inserts have been designed and attached to each part. They can be easily removed when needed, streamlining the production process while enhancing part quality, complexity and precision.
Proven success in the Aeronautics sector
One of our standout achievements is the successful application of this technology in the production of Flange Wheels, a component for the cooling systems of the aircrafts. By replacing traditional metal components with lightweight thermoplastic parts, Moses overcomes the long-standing challenges of injection moulding for hollow complex geometries. This innovation not only reduces the carbon footprint by enabling lighter parts and lower fuel consumption but also optimizes manufacturing processes for greater economic efficiency.
Pioneering Sustainability and Innovation
As the world embraces the path towards sustainability, Moses is at the forefront of this transformation. By merging 3D printing and injection moulding, Moses drives the creation of new product lines that were once considered impossible to manufacture.
The injection moulding for hollow complex parts is more than just an innovation; it’s a strategy for the future, offering the industry the tools to stay competitive in a rapidly evolving market.
*Moses’s cutting-edge methodology enables the production of 20 Flange Wheels over the 2 parts per hour produced with traditional production.
