voxeljet AG

VX200

Free parameters and simple operation: the VX200 offers the highest degree of flexibility in terms of material development in the voxeljet system series. Whether new binder and powder combinations or the rapid production of components for property testing. The voxeljet open source software allows process parameters to be adapted to individual 3D printing materials. Thanks to the highly productive Binder Jetting 3D printing process, you save on material optimization and can implement initial design iterations faster and cost-effectively.

As the most compact 3D printer in the voxeljet series, the VX200 printer is predestined for use in research and development. The footprint of the VX200 means it can easily fit into smaller rooms while offering maximum efficiency and flexibility. This printer tests new multi-material sets quickly and easily.

In addition to research and development, the VX200 also plays to its strengths when it comes to test piece production and material tests. The high-resolution, piezoelectric print head modules offer the highest performance stability and – depending on the material – enable a resolution of up to 254 dpi. This enables the VX200 to realize even the most complex component geometries with impressive precision. Shorter delivery and development times are the result.

With regard to the development of new material sets, the VX200 offers an enormous variety. The VX200 can process different sands, ceramics or, in one product variant, polyamides. This opens up a wide range of uses and applications and makes the VX200 a multi-material 3D printing system. The developed materials can then be easily scaled up to larger voxeljet production systems.

VX4000 

The VX4000 is the largest 3D printing system for sand molds in the world, with a contiguous footprint of 4 x 2 x 1 meters. The VX4000 is unrivaled in terms of build volume. Unlike the smaller 3D printing systems from voxeljet, the VX4000 uses an innovative and patented layer construction process that ensures consistent shift times, maximum precision and component quality, even for high-volume production orders and smaller component series.

In terms of flexibility and reproducibility the VX4000 is in a class of its own. If large-format special shapes or smaller parts in series quality are required, the VX4000 offers both the installation space and the precision and speed to produce them efficiently and cost-effectively. With a bidirectional print head technology, the VX4000 is able to print the entire construction field of 4 meters length and 2 meters width in only two passes.

By using foundry-standard materials, 3D-printed forms can be seamlessly integrated into existing value chains. The VX4000 uses furan resin optimized for 3D printing and standardized quartz sand/silica. The print head works with a resolution of up to 200 dpi and can therefore reproduce even the most complex component geometries precisely and to an extremely small margin. Ideal for supplementing existing production or for cushioning volatile production peaks.

As a robust 3D printer, the VX4000 is ideally suited for demanding, industrial applications in a multi-shift operation. The VX4000 is capable of processing enormous volumes, thanks to an innovative and adapted printing process, the weight of the operating resources is not transferred to the sensitive machine components.

This 3D printer is our unique solution for additive mass production of highly complex sand cores for metal casting. Productivity is just one of the many features of the VX1300 X. Designed to be intelligent and low-maintenance, the VX1300 X can be integrated into existing networked production environments within the framework of Industry 4.0. The tool-less production of highly complex sand casting cores maximizes the design freedom of designers and minimizes tooling costs at the same time. Machine, material and automated post-processing are perfectly coordinated for a sustainably optimized value-added chain and fast variant changes.

voxeljet has developed the VX1300 X as part of our cooperation project ICP “Industrialization of Core Printing”. This 3D printer was designed for additive mass production that is unrivaled in terms of productivity and automation. A highly efficient process unit enables bi-directional coating and simultaneous printing of the construction panel. This enables the VX1300 X to achieve unprecedented short shift times and high output volumes.

The VX1300 X offers batch production with the highest flexibility and can be operated optionally with different material systems. With a fully automated finishing cell, the complex sand cores are prepared for metal casting and integrated into the existing casting process. The tool-less design of the sand cores enables variant changes at unrivalled speed. This is possible without time-consuming tool changes and production downtimes.

The VX1300 X always keeps itself and its production in view. This is because it is equipped as standard with redundant assemblies for process reliability. Should individual system components fail, the VX1300 X is able to avoid downtime by switching on the additional modules.