3DPOD 297: 3D Printed Static Mixer Nozzles with Eric Ronning, Re Mixers

Key Takeaways

• ReMixers has developed a novel method for efficient mixing of fluids, pastes, and materials using 3D printed static mixer nozzles
• The company utilizes multiple 3D printing technologies to produce mixers at scale, reducing waste and increasing efficiency
• ReMixers' innovative approach has enabled the industrialization of mixer production, with the potential to produce millions of units
• The use of 3D printing technologies has allowed for the creation of complex geometries, enabling more thorough mixing of materials

Introduction to ReMixers and 3D Printed Static Mixer Nozzles

ReMixers, a company founded by Eric Ronning, has revolutionized the way fluids, pastes, and other materials are mixed. By leveraging 3D printing technologies, the company has developed a novel method for creating static mixer nozzles with complex geometries. This innovative approach enables the efficient mixing of multiple materials, reducing waste and increasing productivity.

The Benefits of 3D Printed Static Mixer Nozzles

The use of 3D printed static mixer nozzles offers several benefits, including:

• Improved mixing efficiency: Complex geometries enable more thorough mixing of materials
• Reduced waste: Optimized mixer design minimizes material waste
• Increased scalability: 3D printing technologies enable the production of millions of mixers

Comparison of 3D Printing Technologies

The following table compares the 3D printing technologies used by ReMixers:

Industrialization of Mixer Production

ReMixers has industrialized the production of mixers using their own print farm, which utilizes multiple 3D printing technologies. This approach enables the company to produce 2K and other mixers at scale, with the potential to manufacture millions of units.

Bottom Line

The development of 3D printed static mixer nozzles by ReMixers has the potential to revolutionize the way materials are mixed. With the ability to produce complex geometries and optimize mixer design, the company is poised to increase efficiency and reduce waste in various industries. As 3D printing technologies continue to advance, it is likely that we will see further innovations in mixer production, enabling the creation of more efficient and effective mixing solutions.