3DPTEK-J4000
Industrial 3DP sand printers
Industrial equipment Digital manufacturing Complex structures Steady production
Breaking traditional processing size limits, maximum sand formation of 4 m. Economic, flexible, with lower unit costs and shorter delivery times, cost-effective oversized sand-forming and tailor-made printing platforms to meet production needs of 10 m+ (6 m/8 m/10 equipment is already on the same schedule) to help users maximize productivity.
Zero-one high-speed digitalization.
The 3DP glue spray and efficient sand preparation process is used to make sand and cores directly from three-dimensional models, reducing the development and delivery cycle.
02 | Large size and mass capacity
A combination of large and complex sand formations and multiple packages is suitable for single trial, multiple varieties and small and medium mass foundry production.
Quantification of high-precision sand
Digitalization helps stabilize complex geometry, inner cavities and fluids and provides a reliable sand base for high-quality casting.
I don’t need a traditional mold.
Reduce wood, metal and assembly dependence, allowing design modifications to enter the manufacturing chain more quickly.
05 = Complex structural freedom
Layer-by-story manufacturing breaks through traditional formation limits and is suitable for alien sand cores, integrated sand cores and complex fluid structures.
Six-six-thirty-thirty-five sand.
Material systems such as quartz sand and ceramic sand may be matched according to casting alloys, parts structure and process.
| Device Model | 3DPTEK-J4000 |
|---|---|
| Major size of equipment (long x wide x high) | 21000×7000×4000 mm |
| Print the outer size of the wall of the tank (x width x height) | 4000×2000×1000 mm |
| Actual formation size (long x wide x high) | 3800×1850×1000 mm |
| Equipment weight | About 45t |
| Nozzle Resolution | 400dpi |
| Size thickness | 0.2-0.5 mm |
| Forming materials | Cedars/particle sands/ball sands, etc. |
3DPTEK-J4000 may serve the following typical applications according to material, parts structure, accuracy and capacity requirements. Specific configurations and process routes should be assessed in conjunction with actual projects.
Aerospace – Complex structural castings, parts of power systems, development of samples and large sand cores
Energy power – Leaf wheels, shells, fluid components and large power apparatus castings
Automobiles and new energy sources – Engine cylinders, caps, electric case and research and development tests
Industrial machinery / Ship pump valves – Large pumps, valves, leaf wheels, shells and complex fluid sand cores
Casting and development – Testing of new products, individual customization and small- and medium-scale mass production of various varieties