3D Printing

Electroninks’ EMI Shielding Materials Give it an Expanded Presence in Japan

Electroninks’ EMI Shielding Materials Give it an Expanded Presence in Japan

Key Takeaways

  • Electroninks, a US-based manufacturer of conductive inks, has expanded its presence in Japan through a partnership with SIIX Corporation, a leading Japanese Electronic Manufacturing Services (EMS) provider.
  • The partnership aims to develop electromagnetic interference (EMI) shielding solutions using Electroninks' materials and processes.
  • The collaboration will focus on industry-specific applications, including automotive, and will involve working directly with customers to develop customized solutions.
  • Electroninks and SIIX will utilize a specialized ultrasonic spray coating environment to enable more flexible alternatives to traditional EMI shielding methods.

Introduction to Electroninks and SIIX Partnership

In the current global economic landscape, partnerships between American and Japanese companies are becoming increasingly important. Electroninks, a manufacturer of conductive inks used in 3D printed electronics, has established a strong relationship with Japanese companies, including SIIX Corporation. This partnership has led to the expansion of Electroninks' presence in Japan, with a focus on developing EMI shielding solutions.

EMI Shielding Solutions

Electroninks and SIIX will work together to develop EMI shielding solutions using Electroninks' materials and processes. The partnership will utilize a specialized ultrasonic spray coating environment, which will enable more flexible alternatives to traditional methods for producing EMI shielding enclosures. This will include the potential for conformal designs, which can provide improved performance and reduced weight.

Industry-Specific Applications

The partnership will focus on industry-specific applications, including automotive, which is expected to be an early area of interest. Electroninks and SIIX will work directly with customers to develop customized solutions, involving prototyping and refinement of production methods and material formulations. This approach will enable the development of tailored solutions that meet the specific needs of each customer.

Comparison of EMI Shielding Methods

Method Description Advantages Disadvantages
Traditional EMI Shielding Uses metal enclosures to block EMI High effectiveness, established technology Heavy, expensive, limited design flexibility
Ultrasonic Spray Coating Uses a specialized environment to apply EMI shielding materials Flexible design options, reduced weight, improved performance Higher cost, requires specialized equipment
Conformal EMI Shielding Uses a thin layer of EMI shielding material to conform to the shape of the device Improved performance, reduced weight, flexible design options Higher cost, requires specialized equipment and expertise

Conclusion

The partnership between Electroninks and SIIX Corporation is expected to drive the development of innovative EMI shielding solutions for a range of industries, including automotive. By utilizing a specialized ultrasonic spray coating environment and working directly with customers, the partnership will enable the creation of customized solutions that meet the specific needs of each customer.

Bottom Line

The expansion of Electroninks' presence in Japan through its partnership with SIIX Corporation is a significant development in the field of 3D printed electronics. With a focus on developing EMI shielding solutions and a commitment to working directly with customers, the partnership is well-positioned to drive innovation and growth in the industry. As the demand for advanced manufacturing solutions continues to grow, the partnership between Electroninks and SIIX is likely to play an increasingly important role in shaping the future of the industry.

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