The production of traditional sand table models is often made by artificial carving and splicing of different materials, and many complex building structures and industrial pipelines and process effects can often only be replaced by squares or simple models. It is difficult to achieve an expressive production effect. At the same time, the production time is often time-consuming and labor-intensive, and the finished product effect is also lacking. It is also difficult to achieve the desired precise effect by scaling in equal proportions. Often it can only be similar, but it is difficult to maintain the likeness.
For example, the traditional scheme of making an Eiffel Tower, it is difficult to make the carved composition of the hollow structure, often thanks to the popularity of the building, the use of open mold processing, but for the need to exhibit for the first time sand table model, it is indeed very unrealistic.
Casaim's solution
CASAIM uses industrial-grade SLA light-curing printers to fine-tune the printing parameters and layer thickness, control the viscosity and cleanliness of the raw material resin, realize dust-free management of the processing workshop, and import the products modeled by software into the printer for integrated printing, and the model accuracy and details are very exquisite. The size of the model can be adjusted according to the scale, and at the same time, the reproducibility is very strong, and different proportions of the same model can be made, and the degree of restoration is more than 99%.
The biggest advantage of using 3D printing to make sand table display models is that it is integrally formed, the production cycle is short, and the production effect is good. We can reduce the display model according to the size of the model and the booth in the same proportion, and print, for the appearance of color, effect and logo can be processed, in addition to this display model, we can also make a combination of software and hardware, directly give color to the complex model, such as heart organs, soft tissues and other displays.
CASAIM is a subordinate department of the Chinese Academy of Sciences, focusing on 3D scanners, 3D printers, automated 3D measurement and dimensional inspection, 3D digitization, reverse engineering and other technologies and application research for 20 years, developing innovative technologies and products, and providing related technical services and comprehensive solutions for global customers.