Varenummer: 3513871

ANYCUBIC Standard Resin - Black

ANYCUBIC Standard Resin is a 405 nm UV-curing photopolymer resin for LCD and DLP 3D printers. Its balanced combination of hardness, strength, flexibility and detail accuracy makes it suitable for a wide range of models, while the low viscosity of 200–230 mPa·s supports efficient printing and good resin flow. With volumetric shrinkage of 4.5–5.5% and stated printing accuracy of ±0.2 mm, the resin produces smooth surfaces, sharp edges and clearly defined details. The low-odor formula and good build plate adhesion also make printing and post-processing more convenient.

172,00 kr 137,60 kr eksl. mva
Rimeligste private frakt: 109,00 kr
Bestillingsvare, 6-8 dager til forsendelse

ANYCUBIC Standard Resin is a versatile photopolymer resin developed for LCD and DLP 3D printers using 405 nm UV curing. The formulation balances hardness, strength and flexibility with accurate detail reproduction, making it suitable for both everyday models and more detailed prints.

A low viscosity of 200–230 mPa·s provides good flowability and supports efficient layer formation, while volumetric shrinkage of 4.5–5.5% helps reduce deformation during curing. The manufacturer states a printing accuracy of ±0.2 mm, allowing fine details and sharp edges to be reproduced clearly. Fast bubble release and good build plate adhesion further help reduce surface imperfections and print failures.

Finished models have a smooth surface and uniform black color, providing a suitable base for painting and further processing. The low-odor formula improves comfort during longer printing sessions, and the resin is compatible with popular 405 nm LCD and DLP printers, including Anycubic models.

Produsent
Varenummer
3513871
Model
SPTSB-10-IPO-01
Ean
6974662352101
Til produsentens hjemmeside

Ovenstående informasjon/spesifikasjoner er veiledende og kan uten varsel bli endret av produsenten. Det tas forbehold om trykkfeil og illustrerende bilder. Enkelte tekster kan være autogenerert eller maskinoversatt, så derfor kan det forekomme tekster som virker misvisende.