Industrial Additive Manufacturing 3D Printing
Innovation that advances industrial additive manufacturing 3d printing of small, precision parts.
Whether a manufacturer needs to make a few or a short run volume of an item, using industrial additive manufacturing 3d printing for investment casting or master mold making is cost effective. Solidscape’s rapid prototyping machines perfectly produce parts with complex geometries, cavities, overhangs and undercuts that have been impossible to achieve with machining or traditional tooling methods.
Because Solidcape produces the industry’s highest precision models that are suitable for direct casting, manufacturers can reduce their total cycle time from weeks to days while eliminating costly milling processes and post-process finishing.
TRANSFORMING RAPID PROTOTYPING – LSR and Solidscape collaborate, deliver parts in half the time
LSR is a global leader for enabling advanced wireless technology platforms with product design, from inception through manufacturing. By incorporating Solidscape® wax pattern masters and mold faces into its process, LSR has been able to cut urethane casting production time by up to four weeks while consistently realizing a five-figure cost savings.
“For over 30 years I have watched the birth and growth of the rapid prototype industry,” says LSR’s 3D Lab Manager Jim Hollister. “The Solidscape process represents a radical shift in the way things are done … we are excited to give our customers the best of the best.”
Solidscape’s high precision 3D printed wax patterns enable LSR to accurately produce fine details and a smooth surface finish for complex geometries that have been impossible to achieve with machined parts or traditional tooling methods.
A repeatable, profitable process
Urethane casting is a prototype process for creating from one to 1,000 prototypes of traditional plastic injection-type parts. Solidscape collaborates with the LSR Design Studio Lab to create complex 3D printed industrial part wax masters. LSR produces silicone molds directly from the wax masters — no finishing required — and then builds urethane casts from the silicone molds. This process takes a little over two weeks to complete, compared to a seven-week turnaround time with the conventional mold method.
“The parts created out of silicone tooling, when done correctly, will be the best you will ever see,” asserts Hollister. “These parts will make people look twice to see if they come from a metal tooling.”
High resolution results
The Solidscape process is additive and subtractive. It lays down a very thin layer of build and support materials then mills off each layer, creating high resolution parts up to 5,000 x 5,000 x 8,000 (x,y,x) dpi. The Solidscape 3D printer’s tolerances, control and precision are vital to LSR’s silicone tooling process, as the silicone picks up every whisper of detail and finish. It needs to be perfect.
“Our goal is to make better quality parts than production,” asserts Hollister. “So a high quality 3D printed pattern directly relates to less finish time and better results.” Those results include happy customers, reduced costs, higher profits and shorter lead times.