Utilizing 3D printed injection molding tools, the company is now able to produce prototype parts in the final material for functional and consumer tests significantly faster than traditional tooling methods.
3D printing technology, we can design and print a variety of injection molds for different parts that can undergo functional and consumer testing, all on the same day," R&D, CAD and Prototyping Specialist. Before, we would have to wait several weeks to receive prototype parts using our traditional tooling process; not only would this lengthen lead times, it would also increase costs if iterations were required. With 3D printing we're now able to apply design iterations to the mold within a matter of hours, enabling us to produce prototype parts in final materials such as polypropylene, 45% faster than before."
Molding tools in Digital ABS - a material renowned for its high temperature resistance and toughness, making it ideal for injection molding applications. We will continues: By 3D printing the injection molds in Digital ABS, we're able to retain the high quality associated with traditional manufactured prototypes, while also enduring the high temperatures and pressures of the injection molding machine, at a significantly reduced cost and turnaround time.
Using PC-G08 production-grade plastic. Shine Sen Tech to produce realistic molds with flexible strength that can also endure functional testing, crucial in developing the final thermoforming mold.
Shine Sen Tech found that we were accumulating significant labor costs and having to contend with lengthy lead times. The technology has enhanced our overall manufacturing process, allowing us to evaluate our designs quickly and eliminate those that are not suitable, before committing significant investment towards mass production.