Royal Electronics Introduces a Desktop Binder Jetting 3D Printer with Print Heads Priced Around 3,000 CNY

PanDen 2024-9-27 00:02 3D Printers

In September 2024, Panda3dp.com learned that Shanghai Royal Electronics Technology Co., Ltd.(上海融跃电子科技股份有限公司) showcased its latest development—a compact desktop binder jetting 3D printer, along with a series of related technologies. Established in 2008, Shanghai Royal Electronics Technology Co., Ltd. is a high-tech enterprise specializing in the research, development, production, sales, and service of industrial inkjet printing control systems. The company has branches in South China, India, and Brazil. With robust technical expertise in the industry, Royal Electronics has emerged as a leading Chinese supplier of digital inkjet systems, forming close strategic partnerships with international industrial printhead suppliers like Epson, FUJIFILM Dimatix, Konica Minolta, Kyocera, Ricoh, Realfast, and Xaar, laying a solid foundation for its globalization efforts.

Bringing Innovation to the Research and Education Market with Desktop 3D Printers

Royal Electronics has launched a small desktop binder jetting 3D printer specifically designed for research institutions and educational institutions. This machine not only features a compact size suitable for standard desktop use but also offers cost-effectiveness and user-friendly operation.

In response to the specific needs of the education market, the device significantly reduces procurement costs. Considering the expense of inkjet printheads as consumable parts, Royal Electronics offers printheads priced at approximately 3,000 CNY, greatly alleviating the burden of future maintenance costs for users. To cater to non-professional users, the machine's design simplifies the operation process, allowing even first-time users of 3D printing to quickly become proficient.

Key Features of the Machine

1. Suitable for binder jetting 3D printing of metal and ceramic powders.

2. Utilizes industrial piezoelectric inkjet printheads, supporting a wide range of binders.

3. Low cost of printhead procurement, helping to control long-term usage costs.

4. Build size of 150 x 75 x 75 mm, meeting the needs of most educational and research applications.

5. Compact overall dimensions, with a small footprint ideal for standard laboratory desktops.

6. Positioned for educational and research use but manufactured to industrial standards, ensuring stable daily operation.

7. Equipped with a fully domestically developed, independently designed printing control system—boards and software included.

8. Easy to operate and maintain, making it ideal for student research teams.

9. The development team behind the machine boasts 21 years of experience in inkjet printer research, production, and application.

Versatile Material Handling Capabilities

In addition to the new desktop printer, Royal Electronics has also introduced a binder jetting system compatible with a wide range of materials. These systems cover full-color resin printing, the application of polymers like nylon, as well as metal and ceramic powder processing.

For instance, in medical model fabrication, the use of full-color resin printing technology allows for highly realistic anatomical structure simulations. In industrial part manufacturing, high-strength nylon materials can be utilized to meet requirements for durability and functionality. Furthermore, Royal Electronics has demonstrated how binder jetting technology can be applied to metal and ceramic materials, with post-sintering processes producing intricate artifacts or functional components. Specifically for ceramic applications, Royal Electronics has indicated that silicon carbide powder is particularly suitable for inkjet bonding, followed by sintering to create the final product.

Advanced Core Control System

With over 22 years of experience in printing system research and development, Royal Electronics' core strength lies in providing advanced inkjet printing control boards and software development kits. This comprehensive solution not only meets the demands of the printing industry but also serves the rapidly growing 3D printing market.

Royal Electronics offers not just hardware equipment but also complete technical support services, ensuring that customers can fully leverage the potential of their purchased systems. Whether aiming for high precision or corrosion resistance in specialized environments, Royal Electronics can provide customized adjustments to best match application scenarios. The company also offers a larger educational research machine, providing a wider range of printhead options suitable for different material viscosities and resolution needs, making it an excellent choice for new material research and testing.

Comprehensive Product Line and Service System

To better serve various customer groups, Royal Electronics has established a complete product range from entry-level to professional-grade solutions. For industrial users looking to develop their own 3D printing systems, the company offers a full suite of control systems and related technical support, including domestically developed 3D inkjet printing control solutions. These solutions are applicable to: 3DP sand printing, 3D-BJ metal printing, 3D-BJ ceramic printing, 3D-MJP full-color printing, and 3D-NPJ nanoparticle jetting printing. The solution package includes 3D slicing software, inkjet printheads, printhead control boards, printing software SDK development kits, inkjet printing modules, and 3D-BJ printing equipment research and development technical support.

For research institutions or universities, complete machines can be purchased directly for educational research or project development. This flexible collaboration model reflects Royal Electronics' commitment to becoming a trusted partner in the industry.

Conclusion

As 3D printing technology continues to grow globally, Royal Electronics, with its deep technical expertise and innovative capabilities, is gradually becoming a leading company in the field. Moving forward, Royal Electronics will continue to increase its R&D investments, explore new application scenarios, and pursue technological breakthroughs to help more industries achieve digital transformation. At the same time, the company will further strengthen its collaboration and exchanges with domestic and international peers, jointly advancing the 3D printing ecosystem toward greater maturity and stability.

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