3E EOS Boosts Additive Manufacturing Capabilities with Stratasys Technology

3E EOS, a leader in electro-optic systems, has expanded its additive manufacturing capabilities with a significant investment in Stratasys (NASDAQ: SSYS) technology. This strategic move enables the company to reduce lead times and lower production costs across the aerospace, defense, and automotive sectors. By integrating advanced 3D printing systems and a wide range of materials, 3E EOS is poised to drive efficiency and innovation across the manufacturing lifecycle.

The investment includes multiple Stratasys FDM 3D printers, bringing the company's total fleet to 15 large-scale systems. These systems, including the F3300, Neo800, F900, F770, Origin One models, and SAF technologies, enable 3E EOS to produce critical components such as air ducts and fuel adapters for aircraft. This expansion allows the company to reduce lead times by 30-45 days and cut production costs by 40 percent compared to traditional manufacturing methods.

The establishment of a dedicated additive manufacturing center further enhances 3E EOS's capabilities. This strategic move enables the company to streamline production workflows and meet customer needs with precision and efficiency. By integrating advanced 3D printing systems and a wide range of materials, 3E EOS can now offer tailored solutions for the aerospace, defense, and automotive sectors, driving efficiency and innovation across the manufacturing lifecycle.

Stratasys' extensive material range and advanced 3D printing systems have allowed 3E EOS to streamline production workflows and meet customer needs with precision and efficiency. By investing in multiple Stratasys FDM 3D printers, including the F3300, Neo800, F900, F770, Origin One models, and SAF technologies, 3E EOS has expanded its fleet to 15 large-scale systems. This expansion enables the company to produce critical components such as air ducts and fuel adapters for aircraft, reducing lead times by 30-45 days and cutting production costs by 40 percent.



The integration of Stratasys' F3300 flagship printer enables 3E EOS to lower costs for high-volume projects and support critical applications across the aerospace, defense, and automotive sectors. The F3300's large build volume allows for the production of more parts in a single print, reducing the overall cost per part. Additionally, the printer's high-speed capabilities enable faster production times, leading to reduced lead times and lower operational costs. Furthermore, the F3300's advanced features, such as its ability to print with a wide range of materials, allow 3E EOS to create more complex and functional parts, further reducing the need for traditional manufacturing methods and lowering overall costs.

In conclusion, 3E EOS's expansion of additive manufacturing capabilities with Stratasys technology is a strategic move that enables the company to reduce lead times and lower production costs across the aerospace, defense, and automotive sectors. By integrating advanced 3D printing systems and a wide range of materials, 3E EOS is well-positioned to drive efficiency and innovation across the manufacturing lifecycle.