3E EOS, a company vested in electro-optic systems, has expanded its additive manufacturing capabilities with an investment in Stratasys technology, the company announced. This expansion includes the addition of multiple Stratasys FDM 3D printers, bringing their total fleet to 15 large-scale systems, including the F3300, Neo800, F900, F770, Origin One models and SAF technologies.
3E EOS is establishing a dedicated additive manufacturing center to support prototyping, tooling and production. The expanded fleet enables the company to produce critical components such as air ducts and fuel adapters for aircraft.
"In a world where trends evolve rapidly, staying ahead of the market is not just an advantage—it’s a necessity," says Emir Ozdemir, head of Market Development at 3E EOS. "Our continued partnership with Stratasys ensures we remain at the forefront of innovation, delivering cutting-edge solutions that exceed market demands. By equipping our team with the industry’s best additive manufacturing technology, we empower innovation and drive excellence."
Stratasys’ material range and advanced 3D printing systems have allowed 3E EOS to streamline production workflows.
“3E EOS is demonstrating a forward-thinking approach by strategically adopting additive manufacturing for applications where it offers clear advantages over traditional methods," says Andreas Langfeld, president of EMEA and APAC at Stratasys. "By developing impactful use cases and integrating AM into their operations, they’ve recognized its potential to drive efficiency and innovation. Their decision to establish a large AM center further elevates the value of additive manufacturing, enabling them to maximize its impact across the manufacturing lifecycle.”
CoreLayer, alongside 3E EOS, is concentrating on the needs of the automotive industry, bringing its expertise in designing and manufacturing assembly line jigs and fixtures to the sector. In addition, 3E EOS is advancing the adoption of additive manufacturing while promoting sustainability by minimizing material waste and energy consumption.
Sources: Press materials received from the company and additional information gleaned from the company’s website.


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