3D printable design models open up new possibilities for designers, engineers, architects, and artists to showcase their creative work and design solutions. Ideal for making designs quickly understandable and examinable in detail from every perspective with minimal effort. Regardless of whether it is product design, finely detailed architectural models, environmental models, city models, high-resolution film props or realistic exhibits and replicas of valuable museum pieces.
voxeljet binder jetting 3D printing systems can produce both small and large 3D print models of any object, however complex, quickly and without tools. Depending on the material, components are produced true to the original in dimensions of up to 4,000 x 2,000 x 1,000mm³ from sand or 1,000 x 600 x 500mm³ from PMMA in one piece with the highest level of detail and in a resolution of up to 600 DPI.
3D printable models for the perfect presentation of three-dimensional objects, studies, and replicas - at any scale
Accelerate design processes
Additively produced design models shorten the time needed for model construction by up to 75% during product development. At the same time, they are 100% identical with the design data of the CAD. This enables you to optimize designs in every phase of your design process at minimal cost.
Making the impossible possible
voxeljet has highly specialized sand and PMMA 3D printing systems for model making that use the binder jetting process. Highest detail resolution and speed combined with new scope for design freedom are the focus of our technologies. Even very complex, interlinked, or thin-walled objects and components can be printed.
Universally applicable
voxeljet 3D printers for model making cover an enormous range of applications. As a tool perfectly integrated into the design process, it can be used to quickly realize mock-ups in product design, film props or the faithful replication of valuable museum pieces, the realization of architectural or interior design models or entire city models including topography.
Based on processed 3D scanner data, the 108 sculptures of the Michael portal were produced as replicas with voxeljet 3D printers in just a few days. The haptic sensation of sandstone was simulated using a combination of PMMA and epoxy resin.
3DION
3DION, realized with 3D printing 108 replicas for the Cologne Cathedral.
voxeljet Additive Manufacturing experts for design models are at your side
From integrating some of the best 3D printing systems for model making into your engineering and design processes to defining the perfect combination of materials for your mockups, models and replicas.
High-precision 3D printing systems for design model parts
voxeljet supports you along the entire process chain, starting with the selection of the optimum 3D printers and technology for your model parts and materials. With a wide range of possible material/binder combinations and the option of choosing between production based on binder jetting or High-Speed Sintering (HSS). During the test phase, you can also obtain your models through one of our worldwide 3D service centers to thoroughly test processes, optimize products and accelerate developments without having to invest in hardware yourself.
VX1000
The VX1000 is the all-rounder for 3D model printing. With its construction volume of 1000 x 600 x 500 mm it can process plastics, sand, and ceramics. From medium-sized molds and cores for metal casting, to investment casting patterns.
VX4000
The VX4000 is the world's largest 3D printing system for sand molds with a continuous footprint of 4 x 2 x 1 meters. With its patented layering process, the system ensures consistent build times and impressive precision and part quality.
Design models.Processes.Materials.
voxeljet is one of the pioneers of the first hour when it comes to establishing 3D production processes in professional or industrial environments. Our binder jetting and polymer High Speed Sintering (HSS) machines, which were specially developed for industrial use, are among the most powerful and productive 3D systems for series production on an industrial scale worldwide. Especially when volume, efficiency, speed, and reliability in production are important. From the factory, our 3D printing systems support a wide range of material/binder combinations.
Processes
Our processes are furan resin based or phenolic resin based and are ideal for the additive manufacturing of filigree and complex models and molds.
Sand types
In addition to classic quartz sand we offer cerabeads and chrome ore with different grain sizes.
Post-processing
The finishing is done by epoxy resin infiltration or sealing.
Processes
Our processes Polymer High Speed Sintering (HSS) and PolyPor B or PolyPor C are optimal for the additive manufacturing of plastic components.
Materials
Our plastics processes can be used to print standard polymethyl methacryate and polyamide 12 and, on request, other polymers such as PP, TPU, PEBA and EVA.
Post-processing
The finishing is done by epoxy resin infiltration and can be colored and sandblasted as required.
Webinar: Prop making
In this webinar we will walk you through advantages, workflows, materials and plenty of applications & examples of 3D printing-supported prop making.
What is feasible is what is conceivable. 3D printing removes all previous limitations in the creation of 3D printable models and mockups. Whether it’s a replica, model or study, any shape, however complex, can be produced. To visualize things in a new dimension, to communicate complex relationships, to quickly verify the design and ergonomics of products and components on tangible objects. Inexpensive and fast as a unique specimen or in small series.
3D printed exhibition model made of plastic.
3D printed architectural model made of PMMA
3D printed architectural model made of PMMA
3D printed binomic model.
voxeljet highlights in the area of Mock Up's & Models
Bronze-cast sculptures produced with 3D printing
In the Freedom Monument Sculpture Park, there are three bronze sculptures by artist Shaleigha D'Clark, created using 3D printing
3D-printed sculptures at 2500 metres
At 2,500 metres in the Tyrolean Alps, these 3D-printed sculptures enjoy a special view. They are the fulfilment of a long-held dream of Tyrolean artist Magnus Pöhacker.
3D printing patterns for large-scale sculpting
The Embrace is a public artwork in Boston to honor and remember the life of Martin Luther King and his wife Coretta Scott King. The sculpture was created with 3D PMMA printing and investment casting
58 sculptures cast in bronze visualize the Way of the Cross of Jesus in Nebraska, USA. The unique works of art were created by famous artists using a combination of 3D printing, investment casting and bronze casting.
Functional Architecture with 3D Printing
The Mersitem Wall is a best practice example of how functional and sustainable architecture can be created with 3D printing.
3D printing for sustainable architecture
Singapore's AIRLAB uses these table legs to show how architecture can be made more sustainable and functional at the same time.
3D printing the future of prop manufacturing
Using 3D printing to create cost-effective, realistic movie props.
Support &Services
Do you have specific questions about the innovative applications of 3D printing in your production? Would you like to maintain machines autonomously or qualify new materials? Your questions on how to optimize production with additive manufacturing technologies are a priority for voxeljet. Contact us today.
Additive Production Backup
As a security pack for smooth production, voxeljet offers our production centers as backup capacity at special conditions for commissioning, unplanned downtimes and peak loads.
Distribution worldwide
voxeljet is at your side with sales and services worldwide. Together with our partners we are present in 26 countries in America, Asia, Africa, the Middle East and Europe.
Casting manufacturing 4.0
Complete castings in aluminum, iron, magnesium, steel, titanium and bronze directly from the CAD data set. With complex undercuts, realized in 3D printing without tools.
Industrial 3D Printing Systems
Our portfolio of industrial 3D printers ranges from compact systems for research to additive mass production.
