The casting industry is in a state of upheaval. The ability to produce ever more complex shapes, volatile quantities and short delivery times are becoming increasingly important factors for success in competition. Even in the age of digitalization, the world is not binary. voxeljet is focusing here on the intelligent fusion of classic foundry technologies with flexible additive production processes. For sustained optimization and increased efficiency across the entire value-added chain in production. With Universal Binder Jetting 3D printing technology and the tool-free production of sand molds and cores for classic metal casting processes, we are opening up new horizons for the foundry industry. Without restrictions in terms of individualization, lightweight construction and demanding or complex geometries. And not to forget with a great potential for cost optimization in the manufacturing process.
Boro Foundry – Superheater Header
Using the combination of sand and 3D printing, the British foundry Boro Foundry was able to produce a flawless spare part for a steam locomotive.
3D printing for optimized electric motors
Aiona Cast has filed a patent application to significantly optimize electric motors. The company produced a prototype using 3D printing.
Scandinavia’s fastest foundry
With a new VX2000, a 3D sand printer for metal casting, Hetitec produces finished castings in a matter of days.
Printed castings for investment casting
Whether it’s aerospace, automotive or design applications, the us-based award-winning foundry Aristo Cast counts on 3D printed patters for investment casting.
Printed Castings – Optimized housing lets E-Motorcycle Batteries live longer
By using innovative technologies such as 3D printing, the prototype could soon go into series production.
3D printed molds and cores for lightweight construction and electromobility
To the perfect prototype before series production: The British foundry BCP relies on 3D printed molds and cores not only for electric motor housings.
Printed Casting – 3D printing for foundries
Binder jetting can be used to optimize business models for sand metal casting and investment casting, especially for the production of technical prototypes.
Electric motor housing from the 3D printer
voxeljet 3D printing technology for producing cast parts for electric-mobility
What foundries have to know about 3D printing
What is already possible with 3D printing today? The technology offers foundries advantages especially in terms of cost and geometry.
3D printing saves costs in sand casting
Additive manufacturing can drastically reduce the cost of molds and models, especially for prototypes and small series.
Industrial 3D Printing Systems
Our portfolio of industrial 3D printers ranges from compact systems for research to additive mass production.
