Technologies
This page provides a structured overview of additive manufacturing technologies supported by 3Dresyns® materials.
SLA / DLP / LCD printing
Vat photopolymerization workflows for SLA, DLP and LCD/MSLA systems. Content focuses on resin behavior, resolution, curing mechanisms and post-processing considerations across industrial, medical and dental use cases.
Inkjet-Based Processes
Inkjet material jetting workflows, including photopolymer inkjet systems and related supports/auxiliaries. These pages describe key process constraints, material compatibility and typical routes enabled by inkjet technologies.
Indirect Additive Manufacturing
Indirect workflows where 3D printing is used to produce sacrificial patterns, molds or tooling for downstream processes such as casting, molding or injection routes. Content connects printing and post-steps depending on the process.
Two-Photon Polymerization (2PP)
High-resolution photopolymerization process for nano- and micro-scale structures. Content addresses process constraints, material behavior and typical laboratory and R&D workflows.
Nano Micro Fabrication
From sub-micron features to several hundred micrometres for the creation of nano and micro devices, photonic and optical components, advanced metamaterials, microfluidic devices, sensors, medical and dental components, and functional microstructures.
Selective Laser Sintering (SLS)
Powder-bed fusion process where polymer powders are fused layer-by-layer to produce functional parts without supports. Content covers powder characteristics, post-processing and application-driven considerations.
How to use the Technologies section
Start by selecting a process (learn), then move to Materials (shop) and Applications for workflow-specific guidance. Final process validation and material qualification must be performed for each specific printer, material version and use case.