Micro nano bio 3D printing system

Summary:Micro nano bio 3D printingSystem nanoArch ® S140 BIOBringing 3D bioprinting to a manufacturing level of 10 microns and higher precision, providing customizable technical support and solutions for regenerative medicine and tissue engineering, drug development and screening, research tools and basic research, and helping regenerative medicine make a leap from "alternative repair" to "functional regeneration". Equipment configuration with small liquid tank, optional 5ml/20ml, corresponding to molding size of 8 * 8 * 6mm³ / 19.2*10.8*10mm³The device is equipped with a heating system and supports bioink/live cell bioink printing. It has the advantages of high resolution, fast molding speed, and one-time molding of complex and fine structures.

Collaborative efforts to jointly cast the ballast stone of China's biomanufacturing technology

The development of precision manufacturing in different fields requires the joint efforts of multiple parties. Not only deeply cultivating micro nano 3D printing technology, but also empowering high value-added application markets, is Mofang Precision's interpretation of long-term sustainable development. The strategic cooperation with Changsha Suling Intelligent Manufacturing Technology Co., Ltd. (hereinafter referred to as "Suling Technology") is another major exploration and practice of Mofang Precision in exploring the field of high-precision biomanufacturing.

On March 17th, Mofang Precision and Suling Technology officially announced“Micro nano bio 3D printingSolution "signed a strategic cooperation project and jointly launchedMicro nano bio 3D printingSystem: nanoArch ® S140 BIO， Bringing 3D bioprinting to the level of 10 microns and higher precision manufacturing, providing customizable technical support and solutions for regenerative medicine and tissue engineering, drug development and screening, research tools and basic research, and helping regenerative medicine make a leap from "alternative repair" to "functional regeneration".

The complexity of human tissue and organ structure and function determines the necessity of high-precision biomanufacturing. The breakthrough in technological cooperation not only continues the basic advantages of Mofang Precision's high-precision micro nano 3D printing, but also promotes the industrial transformation of scientific research achievements by integrating biotechnology, mechanical engineering, materials science, and other disciplines, injecting vitality into China's biomanufacturing industry.

Cross fusion, solving the precision dilemma of biomaterials

As one of the key industries to cultivate and develop in the future, biomanufacturing is also included in the strategic emerging industry sector and is an excellent production method to enhance new quality productivity.

Bottom level technology, biomaterials, production efficiency, and clinical applications are key factors that greatly affect the development of the biomanufacturing industry. Among them, biomaterials require strict biocompatibility requirements. In combination with the direction and path of the "Healthy China" strategy, the research and development, supply, and application scenarios of biomaterials need to comprehensively consider characteristics such as high molding accuracy, individual customization, degradability, and high affinity.

In addition to using micro nano bio 3D printing technology as the cornerstone of cooperation, Mofang Precision and Suling Technology have also made efforts in the field of biomaterials, innovatively developing high-precision bio ink: methacrylated gelatin (GelMA). Through the new technology of physical and chemical synergistic light scattering suppression by Suling Technology, the manufacturing accuracy of GelMA materials has been greatly improved, with excellent molding effects. It has the characteristics of biocompatibility, biodegradability, mechanical control performance, tissue similarity, cell affinity, and multifunctionality. It can be used to solve the problem of fine structure manufacturing of soft materials carrying cells, break through the limit of biological manufacturing accuracy, and achieve a minimum printing accuracy of ≤ 5 microns for biological ink. At the same time, after printing and culturing live cells, good cell proliferation effects were demonstrated, making it possible to carry complex artificial tissue organs with cells.

Growth engine, turning Chinese precision point 'water' into gold

The bioprinting of active tissues or organs with active cells and cytokines demonstrates the high-level application of 3D bioprinting in medical fields.

With population growth and increasing demand for health, biomanufacturing combined with micro nano 3D printing technology will provide precise and efficient customized solutions in areas such as tissue function repair, personalized diagnosis and treatment, and health monitoring for key populations, providing a higher quality and sustainable healthy environment for the public's lives.

nanoArch ® The 1404 BIO system can print three-dimensional scaffolds with specific mechanical strength and microvascular network, providing personalized solutions for bone defect repair, cartilage regeneration, etc; In terms of drug development, high-precision printed organoid models can simulate the real physiological environment of the human body, greatly reducing the drug screening cycle. In the field of scientific research, this system can also be used to construct complex research tools such as microfluidic chips and drug delivery microneedle arrays, promoting the in-depth development of basic research.

Mofang Precision and Suling Technology jointly promote micro nano bio 3D printing in micro scale organ printing and precise construction of vascularized tissues, exploring the development and diversified applications of biomaterials. The cooperation between the two parties has not only achieved high-precision 3D printing of live cells within 10 microns, taking a big step forward in regenerative medicine in the millimeter range, but also provided another typical application case for biomanufacturing, which will accelerate the development of precision medicine and new business models.

In this "industrial revolution" about life, micro nano 3D printing is breaking throughThe boundary between living and non living organisms prints the "craftsman spirit" of precision manufacturing in China into a vibrant structure. I believe that under the joint development of different precision manufacturing industries, a strong and complete Chinese biomanufacturing industry chain and innovation chain will gradually be formed, injecting strong momentum into emerging and future industries that are global, strategic, and forward-looking.