News/Events

DPI is featured in the Journal of the Minnesota Precision Manufacturing Association article titled Just-In-Time Manufacturing, Stepping Into the COVID-19 Supply Chain

Article by the Minnesota Precision Manufacturing Association (MPMA) “If you asked me in February if we could produce a tool in 48 hours, set up 20 percent of our workforce to work remote, and turn around ventilator splitters in two weeks, I would have said you were crazy,” said Kevin Hogan, Chief Executive Officer of […]

DPI featured in Plastics Business titled Program Launch Best Practices in Pandemic-Pressed World

Article by Plastics Business Magazine Plastics processors are accustomed to pressures of new program launches and meeting customer expectations. Whether the program launch entails implementing production using new molds or transferred molds, there are processes to follow and deadlines to meet. But today, processors are approaching program launches a bit differently. The onset of the […]

Teacher Externship

DPI recently participated in a Teacher Externship, presented by Twin West Chamber of Commerce. The virtual event was designed to allow teacher’s to understand how the subjects they teach will apply to students in their future careers.

DPI Named a 2020 National Standard Top Workplace by the Star Tribune

Diversified Plastics, Inc. (DPI) has been named a 2020 National Standard Top Workplace by the Star Tribune. The award highlights organizations that have strong connections with their employees and a culture of success. DPI joins the list as one of the organizations to be included as National Standard Top Workplaces. These companies are chosen based […]

New white paper from Diversified Plastics, Inc. explains the advantages of the design for manufacturing process

MINNEAPOLIS—Diversified Plastics, Inc. (DPI), custom plastic-injection molder and additive manufacturer of high-precision components, has released a new white paper titled Design for Manufacturing Yields Better Profits and Shortens Time to Market. This white paper explores how parts intended for plastic-injection molding, simple or complex, can greatly benefit from optimizations found during the design for manufacturing […]