• March 22, 2023

Immensa Empowers the Energy Sector With Additive Manufacturing

Many companies are moving towards the additive manufacturing process to improve their business operations. The energy sector is increasingly utilizing advanced technology to help increase production and reduce costs. And that’s not all — this method also provides businesses with substantial cost savings in terms of time and labor. Immensa has decided to change how things are done in the energy sector by introducing its revolutionary system. The company has worked hard at developing a 3D printer specifically designed for wind turbine blade generation.

  1. Benefits of Additive Manufacturing Solutions for the Energy Sector


With additive manufacturing, companies can maintain a competitive advantage over their competitors in terms of cost savings. The technology will enable businesses to save money on production costs, which can significantly boost the bottom line over time.


Because the process is relatively new and challenging for long-established manufacturing companies to master, those businesses are forced to use numerous personnel to complete a single task. A few workers could be assigned to additive manufacturing to achieve the same job.

Quality assurance: In today’s competitive business environment, companies must put quality at the forefront of their operations to stay viable. However, with additive manufacturing solutions, companies can now be assured that their parts meet industry standards — because they are made from scratch.

  1. Immensa: An Additive Manufacturing Partner for the Energy Sector

The company has been working hard to develop a 3D printer specifically designed to generate wind turbine blades. One of their greatest strengths is that they are closely tied to multiple international partnerships. The company has been highly recognized for its unwavering commitment to customer satisfaction, and with its recent introduction of the Immensa X1 system, this goal will be met. The system is currently being used to fabricate wind turbine blade prototypes from Geopolymer. It is also capable of producing various other components, including the parts for the Savonius wind turbine.