Application Of 3D Printing Technology In Sandbox Production

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Traditional sandboxes are usually made from plaster, steel, acrylic panels, foam and other materials, and the production process is complex, going through a variety of processes such as casting, cutting and splicing, and the production cycle is long, ranging from 7 days to 1 month, and therefore very expensive.

Compared to traditional sandbox manufacturing, 3D printing not only simplifies the sandbox production process and shortens the production cycle, but also significantly reduces production costs. 3D printing is now based on a digital manufacturing process that combines an accurate virtual 3D model with a real physical object, making the sandbox in just 2 steps: 3D digital model design and 3D printer printing of the finished product. The advantages are even more significant in the production of complex or shaped sandboxes.

3D printing of large mechanical product models

Case study: shield type roadheader, cantilever type roadheader, continuous mining machine model

Production process: SLA

Features and benefits: Combination of motion and stillness to showcase key products

Sand table of the park/territory

Case study: Food factory ,3d printing Sand Table

Production process: SLA

Features and benefits: A comprehensive display of industrial layout planning, easy to visit and explain

3D printed equipment models, gifts

  • Case study: Equipment model
  • Production process: SLA Printing And Resin 3d printing
  • Features and benefits: mouldless production, fast production cycle
  • Case study: Small equipment production line
  • Production process: SLA Or CNC Machining

In recent years, 3D printing technology has received more and more attention, and the application in various fields has made significant progress. 3D printed sand table has said goodbye to the rough, pixelated past, not only has a very high degree of detail reproduction, the surface finish can also achieve very good results. 3D printed models have the incomparable advantages of traditional manufacturing processes, not only can quickly and accurately produce a reduced scale of three-dimensional solid model, but also can It is not only fast and accurate to produce reduced scale 3D solid models, but also to meet the needs of personalisation and customisation.