Nature Shapes a Better Life | Formnext Asia 2026, the Shenzhen Additive Manufacturing Exhibition, has successfully concluded! Polysys invites you to reunite in October at the TCT Shenzhen event, held at the Bao’an International Convention and Exhibition Center.


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2026-08-28


The grand event has concluded—deepening our commitment to biotechnology and co-creating the future.

Smart Printing, Innovating to Shape the Future

Puris Formnext Shenzhen Exhibition

From August 26 to 28, 2026, the three-day Formnext Asia Shenzhen International Exhibition on 3D Printing, Additive Manufacturing, and Precision Molding concluded successfully. Polysci Biotechnology Co., Ltd. (hereinafter referred to as “Polysci”) made a prominent appearance with its comprehensive portfolio of high-performance polylactic acid materials, embracing the core philosophy of “Smart Printing, Innovating Materials for the Future,” and joined industry partners from home and abroad in an innovative rendezvous dedicated to additive manufacturing.


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Guests Gather, Wisdom and Talent Converge to Tackle Challenges



During the exhibition, Prisys’s booth attracted a steady stream of visitors, with industry professionals and buyers alike stopping by to observe and engage in in-depth discussions. Behind this strong turnout lies the robust market demand for bio-based, biodegradable 3D‑printing materials, as well as widespread recognition of Prisys’s technological expertise, product reliability, and industrialization capabilities.

Mainstream PLA products make their debut.

“Deeply cultivating high-performance polylactic acid to set a benchmark for green materials in additive manufacturing,” Polysci remains focused on the real‑world pain points of the additive manufacturing industry, relentlessly tackling key technical challenges such as print toughness, transparency, high‑speed forming, and moisture‑resistance stability. With a diversified portfolio of PLA materials, it delivers practical, mass‑producible material solutions that support the green transformation of the additive manufacturing sector.


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Basic PLA particles

It exhibits excellent moisture resistance, effectively preventing issues such as warping, nozzle clogging, and poor interlayer adhesion caused by material moisture absorption, ensuring stable, long‑term continuous printing and compatibility with the vast majority of desktop FDM printing applications.

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High-toughness polylactic acid copolymer

By employing in-situ toughening and modification techniques, the inherent brittleness of conventional PLA is significantly mitigated, with fracture elongation increased by several dozen times. The resulting printed parts exhibit enhanced impact resistance and flexural durability, thereby expanding the application scope of PLA in functional components and assembly parts.

All the finest treasures on full display—quality evident in every form.

The 3D‑printed lanterns, tower components, and creative figurines on display were all crafted from Polylactic Acid (PLA) pellets. The exhibits range from intricately layered, finely detailed Chinese‑style art pieces to texture‑realistic models and vibrantly colored trendy collectibles; some even feature movable joints. This diverse array of physical samples vividly demonstrates PLA’s exceptional molding precision, hollow‑printing capabilities, color‑rendering power, and interlayer adhesion, seamlessly blending the technological prowess of bio‑based materials with creative aesthetics—and allowing visitors to experience firsthand the vast potential of polylactic acid in artistic and functional applications.

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The grand event has concluded successfully, and the march of innovation continues.








The successful conclusion of this year’s Formnext Asia exhibition in Shenzhen not only served as a showcase of Polysys’s achievements in the additive manufacturing sector but also provided valuable market feedback to inform future product iterations, technological refinements, and industry collaborations.


Continuous Innovation, Building a Green Supply Chain




Looking ahead, PuliSi will continue to deepen its R&D and industrialization efforts in polylactic acid, iteratively developing new PLA materials tailored for high-speed printing, industrial functional components, and specialized modification needs, while building a bio‑manufacturing, carbon‑negative facility. By injecting sustained momentum into the green, high‑quality development of additive manufacturing and the rubber‑plastics industries, we will collaborate with global partners to help end white pollution and reshape the entire value chain of green new materials.


A heartfelt thank you to our friends and partners—let’s join forces and move forward together.




We extend our heartfelt gratitude to every guest, customer, and industry partner who visited our booth—for their attention, meaningful exchanges, and unwavering trust. We look forward to ongoing online and offline collaboration, working together to unlock the vast opportunities of bio-based materials and co‑create a sustainable future of green intelligent manufacturing!


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Pliith Biotechnology Co., Ltd.

No. 68, Jishan Road, Yijiang District, Wuhu City, Anhui Province


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