BASF Ultracur3D SLA 7700

The Ultracur3D SLA 7700 resin by BASF (Forward AM) is an advanced photopolymer designed specifically for large-vat SLA printers, offering exceptional performance across various demanding applications. This resin is noted for its high processing reliability and ease of use, delivering consistent results ideal for both aesthetic and functional prototypes. Its most remarkable feature is the exceptional clarity that makes this material a prime choice for industries such as consumer goods, automotive, and aerospace, where precision and visual quality are paramount. Furthermore, parts 3D printed with the SLA 7700 resin present a smooth surface finish and can be covered with coating, which further enhances this resin's versatility and flexibility.

Image 1: Part 3D printed with the Ultracur SLA 7700 resin. Source: BASF (Forward AM).

From a technical standpoint, the material properties of Ultracur3D SLA 7700 further highlight its suitability for rigorous applications. With a Young's modulus of 2250-2550 MPa and tensile strength ranging from 46 to 51 MPa, the resin offers robust mechanical stability. Additionally, its low water absorption (0.36% over 24 hours) and moderate viscosity (330 mPas at 30°C) enhance both its structural reliability and ease of processing, even for intricate designs.

Image 2: Part 3D printed with the Ultracur SLA 7700 resin after applying a clear coating. Source: Basf (Forward AM).

For users seeking detailed information on the performance of the Ultracur SLA 7700 resin, a complete technical data sheet is available in the attachments section. This details essential properties such as long-term UV resistance, part color and clarity, industrial chemical resistance, etc. Additionally, the user manual offers valuable recommendations on storage, printer setup, and post-processing techniques to optimize material use. To further assist users, the BASF (Forward AM) settings navigator helps identify suitable printer settings for specific equipment, ensuring successful printing results and maximizing the potential of SLA 7700 resin in various applications.