Tiny Part Showcases Big Molding, Moldmaking Capabilities
Grab a magnifying glass and check out this entrant in Molding 2021’s Hot Shots injection molded part competition.
Share
Matrix Tool (Fairview, Penn.) figured the best way for it to showcase its advanced moldmaking capabilities and the unique abilities of its Sodick Plustech injection molding machines was to create a showcase part and mold.
That part is just one of the entrants in the inaugural Hot Shots injection molded part competition, which will take place during the later this month in Chicago (Sept. 21-23; Donald E. Stephens Convention Center; Rosemont, Ill.).
Molded from Sumitomo’s Sumika Super LCP resin on a two-stage Hi-Response injection molding machine from Sodick, the showcase part has a wall thickness of just .0048 inch, and is filled in 0.16 second.
Matrix designed this tiny LCP parts with intricate geometry to showcase the advantages of small tools and fast clamping, which it says can out produce larger machines running high cavity tools. Listen in to my conversation with Tom Moyak and his team at Matrix, as well as Len Hampton of Sodick, to learn more about this Hot Shots entrant, and register today for to see all the parts in person in Chicago.

Matrix Tool and Sodick Plustech have entered this unique LCP part with micro features into Molding 2021’s Hot Shots part competition.
Related Content
-
Three Key Decisions for an Optimal Ejection System
When determining the best ejection option for a tool, molders must consider the ejector’s surface area, location and style.
-
Process Monitoring or Production Monitoring — Why Not Both?
Molders looking to both monitor an injection molding process effectively and manage production can definitely do both with tools available today, but the question is how best to tackle these twin challenges.
-
Use These 7 Parameters to Unravel the Melt Temperature Mystery
Despite its integral role in a stable process and consistent parts, true melt temperature in injection molding can be an enigma. Learning more about these seven parameters may help you solve the puzzle.