Sinterit integrates DyeMansion post-processing with BIANCO2 SLS printer
Sinterit is now offering DyeMansion's VX1 vapor smoothing system and DM60 coloring system alongside its BIANCO2 SLS 3D printer, providing a complete workflow solution.
Sinterit has announced a new partnership with DyeMansion, integrating the latter's post-processing systems into Sinterit's additive manufacturing offerings. This collaboration will see DyeMansion's VX1 vapor smoothing system, along with other products like the DM60 coloring system, made available to customers purchasing Sinterit's BIANCO2 Selective Laser Sintering (SLS) 3D printer.
The BIANCO2 is Sinterit's latest powder bed fusion system, specifically designed for printing with white and natural colored powders. The integration aims to provide users with a more comprehensive workflow, encompassing both the printing and post-processing stages.
DyeMansion's VX1 system utilizes proprietary VaporFuse Surfacing (VFS) technology. This technology employs a solvent-based process that is described as safe and sustainable, producing high-gloss, water-repellent surfaces with consistent and repeatable results. This addition aims to enhance the aesthetic and functional properties of parts printed on the BIANCO2.
According to Sinterit's CFO, Łukasz Adach, the partnership combines Sinterit's accessible SLS ecosystem with DyeMansion's industrial post-processing capabilities. This enables companies to create tailored manufacturing solutions, offering professional surface finishing and coloring that was previously limited to larger industrial settings. DyeMansion's CEO, Felix Ewald, highlighted the opportunity to bring their post-processing quality to Sinterit's extensive global customer base, making industrial-grade surface quality more accessible.
This integration signifies a move towards offering complete, end-to-end additive manufacturing solutions from a single provider. By bundling advanced post-processing with their SLS printers, Sinterit is simplifying the workflow for customers, enhancing part quality, and making professional finishing more accessible, which is crucial for wider adoption in industrial applications.
Edited by the news editor with AI from the original report — please refer to the original source.