Micro Ceramics Technology has strong technical and material advantages, and is committed to providing quality printing production services for the casting / precision casting field to break the barrier between design and manufacturing, 3D printing can achieve integrated molding printing, so that the
Micro porcelain technology 3D printing technology gives ceramics difficult structural molding capabilities, stable material shrinkage to solve the traditional ceramic process pain points, to provide product designers with unlimited creative possibilities, micro porcelain technology for your creative
Design Documents
Design by the designer to draw or use the scanner to scan the object to generate 3D model data
Materials, Equipment
Selecting the right materials and equipment for the operation
Import 3D data to the printer for layering and start printing in layers
Post-processing
Remove the residual powder on the surface and make it reach a certain strength by impregnation
Testing, identification
Strength test, print accuracy test, etc. for products
The shape of the modeled body is modeled with 3D software. There is almost no shrinkage or deformation when firing, so it can be made with the finished size.
Import the 3D data to the printer for layering, and spray the adhesive liquid onto the Brightorb powder, with each layer stacked 0.1mm. *The powder without adhesive liquid can be reused.
Remove the modeling body from the modeling box. Because it is not yet strong enough, remove the powder clogged on the surface and inside in order not to break.
The extracted models need to be subjected to atmospheric pressure or vacuum leaching
Finally, the embryo is reinforced by vegetative firing at 1350°C
Post-glazing work according to customer requirements
