A global healthcare manufacturer contracted PDS to develop and test a new MRI compatible assembly. This low volume fully functional medical assembly consists of multiple different piece parts. PDS provided CNC machining, painting, and 100 assembled units in less than three weeks.
The assembly was designed for injection molding, but the tooling cost and lead-times were prohibitive. Using the latest high speed horizontal and vertical milling centers PDS was able to help the customer achieve competitive prices and fast, flexible lead times.
Starting with SLA and FDM prototypes we were able to semi functionally test the parts and then make some minor tweaks to the fit, form, and function. After reviewing and testing the prototype parts, some parts needed to be modified. PDS then modified the design and provided CNC machined, painted, and decorated parts from the spec material for final testing. The customer chose to use machining as their production process due to the fact that PDS was able to provide a cost effective solution for the low volume production runs.
This customer was able to use PDS’s Short-Run Production capabilities to get the parts they needed and keep up with demand in a cost effective manner while keeping manufacturing in the U.S.
Customer needed parts prior to permanent molds being completed. PDS strives for excellence as a prototype and bridge-to-production manufacturer.
Customer needed to drop test a new design for verification. This exotic metal part was large with complex features that can be attained via our in-house 4-axis horizontal CNC mills.
These two items, a 16 Channel and 32 Channel MRI Housings contain numerous Rapid Technologies to produce these functional pieces.
The 16 Channel piece has:
The 32 channel has:
They both include:
Customer needed parts for testing prior to production. Although a small quantity, the customer was able to use these prototypes that were equal in properties and tolerances to their production parts to prove out their design and functionality in this CNC machined impeller.