Multiwavelength additive manufacturing
Multiwavelength stereolithographic printing is an ultra rapid additive manufacturing technique which uses two or more light wavelengths to print 3D resin systems.
Why multiwavelength printing
The main benefit of this technology is that ultra fast print speeds can be achieved and it permits the use of biocompatible resin systems, where supported by product-specific documentation, together with fine tuning additives such as photoaccelerant systems. Final suitability depends on processing, post-curing and application-specific validation.
3Dresyns expertise for multiwavelength VAM resins
The 3Dresyns team has the expertise to custom design multiwavelength Volumetric Additive Manufacturing VAM 3D resins for different printer specifications and for your specific 3D printer setup, to meet specific performance properties.
Compatible volumetric printing platforms
We have launched a new series of 3D resins for Volumetric Additive Manufacturing "VAM" which are compatible with volumetric printers such as the Replicator, the new volumetric "Xolography" 3D printer XUBE by XOLO and other volumetric 3D printing systems.
Discover our existing portfolio of VAM 3Dresyns
