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Volume printing technology has been prominently selected as one of the 40 cutting-edge technologies featured in "Disruptive Technology Outlook 2025."

Release time:

2025-10-20

Source:

Newtonian Optics

Newtonian Optics

Smart imaging—done in one seamless step!

"2025 Foresight on Disruptive Technologies"

On the morning of September 26, 2025, the 13th China (Mianyang) Science City International Science and Technology Expo, themed "Collaborative Innovation, Integrated Development, and Open Cooperation," officially kicked off with great fanfare in Mianyang, Sichuan. A major announcement was unveiled at the exhibition venue. "2025: A Foresight on Disruptive Technologies" Reportedly, 40 cutting-edge technologies that have achieved "groundbreaking progress" have been selected and announced, covering five core areas: life sciences and health, artificial intelligence, next-generation information technology, new energy, new materials, and advanced manufacturing—providing a crucial reference for guiding the global direction of technological development.

On this highly anticipated list of technologies, 3D Printing Technology for Volumes As a groundbreaking achievement in the fields of new materials and advanced manufacturing, it has successfully earned a spot among the seven selected technologies in this area. This prestigious recognition not only underscores the critical role of volumetric 3D printing technology within today’s evolving technological landscape but also signals its immense potential for driving future manufacturing upgrades and advancing the development of cutting-edge equipment. Ultimately, it promises to reshape industry-wide production models and usher in a new era of innovative manufacturing.

China's First 3D Volumetric Bioprinter

Organ Mini This is an ultra-fast, high-activity 3D bioprinting system that utilizes China's pioneering CT projection principle. It features non-contact printing and exceptionally rapid printing capabilities, effectively addressing the slow speed and low cell viability issues commonly encountered in traditional layer-by-layer bioprinters. Moreover, this system eliminates the need for specialized scaffolds during printing, making it simple, convenient, and quick to operate—enabling researchers to effortlessly and swiftly obtain highly active three-dimensional tissues. It’s an invaluable tool for fields such as organoids and biomaterials research.

Advantages of 3D volumetric bioprinting:

Ultra-fast printing

Centimeter-level dimensions can be printed in just tens of seconds.

High cellular activity

Cell viability after printing is greater than or equal to 95%.

Contactless, support-free printing

The printing system and printed objects are non-contact, ensuring no damage to cells.

The printed surface is smooth.

The printed object has a smooth surface, realistically simulating the structure of organ surfaces.

Printing conditions are mild.

Utilize visible light for printing at room temperature, avoiding high-temperature changes that could affect cell viability.

Printing complex models

It can print complex models, such as central control pipelines and blood vessels, ensuring uniform internal and external nutrition.

High-resolution printing

Print resolution reaches 50 microns

Click on the product video to learn more.

Guangzhou Newton Optics Research Institute Co., Ltd. Located in Tianhe, Guangzhou, it is an innovative enterprise specializing in the application of intelligent imaging technology in the life sciences. The company focuses on the field of cell analysis and has already established a comprehensive R&D, production, and sales system.

Newton Optics upholds the values of integrity, responsibility, and excellence, and is committed to delivering cutting-edge, innovative scientific tools to customers in the global life sciences field.

Service Hotline: 400-9613721

Customer service phone number: 15322243697 (WeChat)

Official website: www.newtonoptic.com

R&D Center: No. 38 Gaopu Road, Building 1, North Wing, 3rd Floor, Tianhe District, Guangzhou City

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