POWDER BED
A thin, uniform layer of foundry sand or metal powder is spread across the build area.
POWDER BED / SELECTIVE BINDING
Binder
Jetting.
Complex geometries take shape as each image is printed directly onto a powder bed.
EXPLORE THE PROCESSSYSTEM 02 / SAND & METAL
WHAT IS BINDER JETTING
No melting. Binder builds the form.
Binder Jetting selectively deposits liquid binder onto thin, evenly spread powder layers. Repeating the process builds a three-dimensional geometry from image data. With no direct heat source, it scales flexibly across large parts, complex forms, and high-mix production.
- INPUT
- 3D Model / Layer Image
- PROCESS
- Powder + Binder + Recoating
- OUTPUT
- Sand Mold / Metal Green Part
IMAGE SLICE
The 3D model is converted into layer-by-layer 2D image data that defines each print area.
SELECTIVE JETTING
Binder is precisely deposited only where required by the image data.
RECOATING
A fresh powder layer is applied and the image is printed again until the 3D form is complete.
TWO MATERIAL SYSTEMS
One process.
Two possibilities.
01 / SAND
Sand Binder Jet
Digital mold production for large and complex cast geometries- Print molds and cores directly without a physical pattern
- Create complex internal channels and undercut geometries
- Built for high-mix, low-volume and large casting development
02 / METAL
Metal Binder Jet
A production-ready process for high-speed metal powder deposition- Complete metal parts through post-print debinding and sintering
- Batch complex geometries with minimal support requirements
- Image precision and binder control determine final quality
BUILD PLATFORM
Three scales.
One architecture.
Three BinderJet platforms sized for different parts, applications, and production goals.
A compact platform for precision parts and material research
The standard platform for mid-size industrial parts and production scale-up
An expanded platform for large foundry molds and cores
BINDER JETTING SYSTEM