3DPTEK-J1600Pro
Supervelocity industrial sand 3D printer
Large-sized, high-speed printing, high-precision sand, digital casting.
3DPTEK-J1600Pro is a large-scale high speed for modern casting.Sand 3D printerRapid digital manufacture of sands and sand cores using 3DP glue-jet-forming techniques combined with high-speed vibrating powder, high-performance formation processes and smart algorithms.
Maximum size of equipment reached 1560 × 760 × 580 mmThe fastest form we can get. 15 seconds/layer, maximum print efficiency 153 L/hMaximum form accuracy available ±0.3 mmThis allows for a balance between large sand manufacturing capacity and small and medium volume production efficiency.
J1600Pro is able to print sand directly based on a digital model compared to the traditional sand-based manufacture of molds, especially suitableLarge and complex sand formations, casting sand cores, testing of new products, R & D certification and small and medium batch casting production• Assist foundries in establishing more flexible and efficient digital production processes.
01 | hypervelocity sand printing
Introduction of high-speed vibrating powdering technology and optimization of printing processes with intelligent algorithms, J1600Pro The fastest formation can be 15 seconds/layerMaximum print efficiency achieved 153 L/hThis would effectively increase the efficiency of sand production and would be more suitable for casting production projects with delivery cycles.
Zero-two. Large-sized shape space.
The size of the device in form is up. 1600 × 800 × 600 mm, the maximum effective size is reached 1560 × 760 × 580 mm。 Larger forming spaces can meet large sand formations, complex sand cores and multiple parts of layout printing, providing greater production flexibility for casting projects of different sizes.
±0.3 mm maximum form accuracy of 03 |
J1600 Pro maximum formation accuracy achieved ±0.3 mmIn combination with digital models, sand formations are manufactured directly to better restore complex geometry and design features, providing a stable sand base for high-quality casting.
I don’t need a traditional mold.
Through 3DP glue-jet enrichment manufacturing techniques, sand and cores can be manufactured directly based on digital models to reduce the time and cost input associated with traditional modelling links.Single test, new product development, multiple varieties and small and medium batch castingHigh application value.
05 | to support complex sand structures
Digitalized layer-by-layer manufacturing can reduce the limitations of complex structures in traditional formation processes and provide greater freedom for the design and manufacture of complex inner cavities, algebrae and high-integral sand cores.
Six-six-thirty-thirty-five sand.
Equipment support♪ Stones and grains ♪Forming materials may be selected from different casting materials, parts structure and production processes to provide more flexible process options for different industrial casting scenarios.
| Parameters | Specifications |
|---|---|
| Device Model | 3DPTEK-J1600Pro |
| Major size of equipment (long x wide x high) | 4120 × 2120 × 3270 mm |
| Size of form tank (long x wide x high) | 1600 × 800 × 600 mm |
| Maximum formation size (long x wide x high) | 1560 × 760 × 580 mm |
| Equipment weight | About 6 t |
| Nozzle Resolution | 400 dpi |
| Size thickness | 0.2–0.5 mm |
| Forming materials | quartile sand / ceramic sand, etc. |
| Maximum form precision | ±0.3 mm |
| Fastest formation speed | 15 s/s |
| Maximum Printing Efficiency | 153 L/h |
J1600Pro appliesLarge sand and small mass sand modelling production, which can also serve the development and manufacture of samples and the production of small and medium-sized batch castings. The main industry applications listed in the source include:Aerospace, energy power, industrial machinery/ship pump valves and fuel and new energy vehicles。
Aerospace – Complex structural casting, development of samples and large sand cores
Energy power – Engines, power systems and complex casting components
Automobile manufacturing – Engines, new energy vehicle structures and research and development tests
Industrial machinery – Large mechanical shells and complex industrial castings
Ship pump valves – Pumps, valves, leaves and complex fluid casting
Casting and development – Rapid manufacture of new products, individual and small quantities