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ANTINSKY invites you to Formnext 2026 Frankfurt Exhibition｜Better materials, more possibilities

2026-11-06 10:09

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From November 17 to 20, 2026, the important global event in the additive manufacturing industry, Formnext 2026, will be held in Frankfurt, Germany. ANTINSKY will showcase its brand 3D printing materials and related products at this exhibition, and sincerely invites global partners, distributors, industry professionals, and 3D printing enthusiasts to visit and exchange ideas, jointly exploring more possibilities in material innovation and additive manufacturing applications.

Booth Number: Hall 12.1, Stand F29

From everyday creative production to engineering applications, from fine resin models to professional dental printing, ANTINSKY continues to expand the application boundaries of 3D printing materials, committed to providing more material options and practical solutions for different printing needs.

Diverse Material Portfolio, Expanding the Boundaries of 3D Printing Applications

As 3D printing technology continues to evolve, material selection is no longer limited to basic forming needs. Appearance performance, printing stability, mechanical properties, equipment compatibility, and specific application scenarios all influence the final printing results.

ANTINSKY continues to refine its product matrix, offering diversified options for different users and application scenarios across FDM filaments, photopolymer resins, dental-specific resins, and special-effect materials.

FDM 3D Printing Filaments: Balancing Creative Expression and Functional Needs

From everyday model making to functional part printing, ANTINSKY offers FDM filaments covering PLA, PETG, TPU, and engineering-grade materials.

Different materials have their own characteristics and suitable applications: PLA is ideal for creative models and decorative designs; PETG offers broad application potential in everyday functional parts and home design; TPU enables more possibilities for flexible structures, cushioning components, and special shapes; engineering-grade materials cater to applications requiring higher heat resistance, strength, or specific mechanical properties.

In addition, special-effect materials such as matte, rainbow gradient, marble, glow-in-the-dark, and metallic finishes provide more visual expression options for product design and artistic creation.

Photopolymer Resins: Showcasing Detail and Surface Quality

For fine models, prototyping, decorative pieces, and various functional needs, ANTINSKY offers a range of photopolymer 3D printing resins, including Standard Lite Resin, ABS-Like Resin, Super Clear Resin, and heavy-metal-effect resins.

From fine structures to transparent effects, from structural components to artistic models with unique surface textures, different types of resins can meet diverse creative and application needs.

By selecting appropriate materials, printing parameters, and post-processing methods, users can further explore more possibilities in detail presentation, surface finish, and practical applications.

Dental 3D Printing Resins: Designed for Professional Applications

Digital technology is continuously driving the development of dental manufacturing processes. ANTINSKY has developed product lines around different dental printing needs, including dental model resins, splint resins, flexible denture base resins, and dental tray-related materials.

Different materials are designed for corresponding fabrication processes and application requirements, helping professional users select suitable materials based on model fabrication, bite splints, and other applicable dental application scenarios.

In practical applications, equipment compatibility, printing parameter validation, dimensional accuracy, and standardized post-processing procedures are equally critical. ANTINSKY will continue to focus on the alignment between material performance and actual printing needs, providing professional users with more material options and application references.

Beyond Materials: Focused on the Real Printing Experience

For 3D printing users, material parameters are just the starting point of selection. What truly affects the user experience also includes filament-equipment compatibility, extrusion or forming performance, parameter settings, and final model quality.

ANTINSKY values the practical application performance of materials and the exploration of compatibility with mainstream equipment, conducting corresponding tests and parameter validation based on specific products and machine models to help users choose materials more wisely and optimize their printing workflows.

From material selection to printing applications, ANTINSKY hopes to provide creators, professional users, and partners with a richer product selection, and through continuous product development and application exploration, enable 3D printing to better serve creative design, product development, and professional manufacturing.

At the Formnext 2026 exhibition, we look forward to face-to-face exchanges with industry partners from different fields, sharing material application experience, understanding real usage needs, and discussing future cooperation opportunities.

Whether you are a distributor looking to expand your product categories, a professional user searching for suitable printing materials, or an enterprise exploring new additive manufacturing applications, ANTINSKY looks forward to meeting you.

Meet Us at Formnext 2026: Exploring New Possibilities in Additive Manufacturing

Formnext brings together additive manufacturing technology, equipment, material, and solution providers from around the world, serving as an important platform for understanding industry trends, exchanging technical experience, and building partnerships.

ANTINSKY is delighted to participate in this international industry event and looks forward to meeting global customers and partners in Frankfurt, showcasing the brand's material products and application directions, and jointly exploring the application potential of 3D printing technology in more scenarios.

Exhibition Information