industrialapplications3

Plastic 3D Printer Applications

Outdo your competitors with reduced cost and time spent on industrial applications. Applications range from functional and concept model prototyping, industrial-grade manufacturing tools and aids, finished goods and production parts, and many more.

Rapid Prototyping

Effectively convey your design intentions and test out functional designs with 3D printed prototypes for concept modeling and functional applications.

Jigs and Fixtures

3D printing is your definite solution to the production of jigs and fixtures at a faster and lower cost rate for optimum cost-efficiency.

3D Printing Applications in Finished Goods and Production Parts Creatz3D

Finished Goods &
Production Parts

Save time and money for low-quantity manufacturing for pilot production, bridge to-production, full production, and end-of-life bridging applications with 3D printing.

3D Printing applications in Tooling for Plastics Creatz3D

Tooling for Plastic
Materials

Achieve cost-effectiveness and convenience with 3D printing for applications of blow molding, injection molding, and thermoforming to reduce costs.

3D Printing Applications in Tooling for Metal

Tooling for Metal
Materials

3D print to eliminate time-consuming and costly methods of traditional tools production for applications such as sand casting, investment casting and metal hydroforming.

3D Printing applications in Tooling for Composite Materials Creatz3D

Tooling for Composite Materials

Gain high-speed production of manufacturing tools with composite materials in a matter of days, and produce light-weight tools overnight and in-house.

3D Printing Dental Applications Creatz3D

Dental Applications

Dental solutions deliver satisfactory value to dental processes at every stage. With 3D printing, dental labs can accurately produce a range of orthodontic appliances without any bottlenecking of manual modeling.

Medical Applications

3D printing technology in the medical field is beneficial not just to doctors but to their patients as it can bring down possible risks in surgery. This will improve the quality, effectiveness, and efficiency of these processes.