Model Design

Model Design

Transform the built 3D digital model into the walking path and extrusion amount that can be recognized by the 3D printer. First, load the model you want to print into the slicing software, and click model slicing. After slicing, send the file to the 3D printer.

3D Printing

3D Printing

Based on PEP technology, metal & ceramic pellets are fused and extruded through UPRISE 3D printers, and are printed and formed layer by layer. The printed products are called "green parts", and two subsequent procedures of debinding and sintering are needed to obtain the final densified metal & ceramic products.

Debinding

Debinding

The debinding process is to soak the printed product (green parts) in a specific solution and heat it for a certain period of time. Most of the polymer binder in the green parts produce chemical reaction with solution to produce gas and then remove it. The debinded parts are also called "brown parts".

Sintering

Sintering

Sintering is a process of the contraction of the manufactured parts and the final densification caused by the increase of the contact area between powder particles and the decrease of the void volume through high temperature treatment. The purpose of sintering is to adjust the properties of the parts, from porous degreasing state to non-porous material properties.

UPS-240D

Desktop Double Nozzle 3D Printer

UPS-250

Industrial Independent Double Nozzle 3D Printer

UPS-556

Large Size Independent Double Nozzle 3D Printer

UP-M0300

Experimental Mixing Furnace

UP-D220O

Debinder for 3D Printing

UP-S200V

Sintering Furnace for 3D Printing

About Us

About Us

Metal & ceramic leader of indirect 3D printing

Shenzhen Uprise 3D Technology Co., Ltd was established in June 2017. We are young and passionate company focusing on technology development and innovation. We are committed to developing indirect metal/ceramic 3D printing technology and to providing best services and excellent 3D printing solutions worldwide.