ANYCUBIC Tough Resin Ultra - Black
ANYCUBIC Tough Resin Ultra is a flexible photopolymer resin for LCD and DLP 3D printers using 405 nm UV curing. With an elongation at break of 70–80%, it provides high flexibility, impact resistance and crack resistance, while finished models can return towards their original shape after deformation. The material is suitable for functional models, moving parts and prints exposed to impacts, bending and long-term use. Its reduced-odor formulation also makes it suitable for extended printing sessions.
Lesen Sie hier mehr über Anycubic
An elongation at break of 70–80% allows finished models to withstand deformation while maintaining structural integrity and returning quickly towards their original shape. The resin also provides high impact and crack resistance, including in thin-walled structures. Fine details such as textures, hair and small structural elements can be reproduced accurately, making it suitable for both functional and detailed models.
The formulation is designed to reduce the effects of moisture and UV radiation on finished prints. Low moisture absorption helps maintain dimensional stability during long-term storage, while resistance to brittleness and deformation supports durable results. Tough Resin Ultra can be used on its own or mixed with other resins to increase impact resistance and durability.
The resin is optimized for Anycubic LCD printers and is also compatible with other LCD and DLP printers using 405 nm UV curing. Its reduced-odor formulation helps make longer printing sessions more comfortable.
Die genannten Informationen und Spezifikationen können vom Hersteller jederzeit und ohne vorherige Ankündigung geändert werden. Die Herstellerabbildungen dienen ausschließlich der Veranschaulichung. Irrtümer und Schreibfehler bleiben vorbehalten. Deutsche Bedienungsanleitungen sind in einigen Fällen ausschließlich digital verfügbar und nicht Bestandteil des Lieferumfangs. Teile des Textes wurden möglicherweise automatisiert erstellt oder maschinell übersetzt und können daher in Einzelfällen missverständlich sein.