Find the most suitable 3D printer for your needs.
We guide you to find the best option according to your needs.
Find the most suitable 3D scanner for your needs.
Contact us and we'll get it for you.
Find the most suitable filament for each application.
Find the most suitable resin for each application.
Find the most suitable powder for each application.
Find the most suitable pellets for each application.
Find the accessory you need for your 3D printer.
Find the ideal accessories for your 3D prints.
Do you need more than 2 units? Please, contact us.
Product temporarily out of stock with these characteristics. Select another combination.
We notify you when it will be available:
IND249 Black resin - Loctite 3D
The low-viscosity high-resolution IND249 Black resin from the Loctite family of high temperature resistant resins enables the additive manufacturing of exceptionally strong and durable parts with intricate geometries and great thermal resistance (HDT of 115 ºC at 0.45 MPa). Furthermore, the resulting parts exhibit high accuracy and are easily post-processable.
The IND249 Black resin is the perfect material for functional part production, e.g. mold tooling at high temperatures or the preparation of manufacturing aids in sectors such as industrial manufacturing or consumer goods.
The IND249 Black resin has been formulated to print optimally on industrial DLP printers. Before printing with this material, the user should read safety and technical information available in the Downloads section. In the Usage Tips section useful resources can be found on printer compatibility, recommended post-processing settings, and proper resin storage.
On the Henkel YouTube channel, various videos are available on:
The material's technical and safety datasheets can be found in the Downloads section. On the manufacturer's website the user can find the printer validation information as well as the recommended printing and postprocessing settings.
High resolution resin for exceptionally strong and thermally resistant parts with complex geometries.