Characteristics of 3D printed sands
Material: natural silica sand or Cerabeads (synthetic material)
Technology: resin-bonded plotting 3D printing
Layer thickness: 280 micron
Particle size: extremely regular (high permeability)
Typical applications: casting cores, patterns for Quick Sand Casting, complex geometries for molten metal forming
Flexibility: fast and accurate implementation from CAD files
3D Printing and Quick Sand Casting with silica sand
The 3D printing process employs a fine sand powder bound by resin, which is processed layer by layer until complex geometries are formed directly from the 3D file provided by the customer. The result is a figure defined as 2.5D, in which the accuracy in X and Y is full, while the Z is generated from a finite number of layers (fixed thickness), with a resolution that still does not allow for infinitesimal vertical growth.
For more specific requirements-such as in hydraulics or hydraulics-core cores can be subjected to surface treatments with technical coatings (zirconium, graphite, aluminosilicate) that improve casting quality.
Appliances
- Grids
- Caps
- Knobs
- Burners
- Wok Supports
- Tanks
Hydraulic Applications
- Distributors
- Shut-off valves
- Control valves
Pump Construction
- Pump body
- Motor lantern
- Nozzles
- Valves
- Shredders
- Open Impellers
- Closed Impellers
- Single-channel Impellers
- Diffusers
- Circulators
- Supports
Electronics
- Motor shields
- Inverter boxes
- Casings
- Finned masses
- Street lamps
Automotive
- Racing components
- Aluminum frames
- Engine cylinders
- Cylinder heads
- Brake calipers
- Clutch cases
- Engine cases
- Gearboxes
- Frame elements
- Forks