Carlicia is a Product Marketing Engineer at MISUMI. She holds a bachelor's degree in Mechanical Engineering and a master's degree in Energy Engineering from the University of Illinois at Chicago. She is a Certified SOLIDWORKS Associate, Marketo Certified Expert, and is passionate about education and training.

3 Tips for Locating the Step on Linear Guides

Getting the right fit for linear guides and mounting blocks is crucial. Without the right fit, the slide guide can deteriorate over time, causing large-scale operational problems. There are a couple of ways to locate the step so everything fits ...

10 Products to Add to Your Wish List Bill of Materials

Treat your bill of materials for any application with MISUMI and MISUMI partner components. We have so much to choose from. Here’s a snapshot of a few of our favorites. 1. R-DLC NAAMS Locating Pin R-DLC or Rainbow diamond-like carbon ...

Setting the Stage: Four Steps in Stage Selection

Selecting the right stage for your application can seem like a daunting task, especially with the variety available. An engineer might not want to spend too much time determining which stage to use when there are plenty of other design ...

The Dayton Lamina Story

A New Name with A Long History Dayton Lamina is a world leader in the production of catalog and special punches, die components, die details, and metal stamping tools.  The new name actually stands on over 100 years of quality ...

5 Fun Facts about the MISUMI University Program

The back-to-school season is approaching! Students are busy gearing up for the new school year. If you are an engineering student, add the MISUMI University Program (MUP) to your back-to-school checklist. The MUP is applicable to University students in the ...

10 Tips About MISUMI’s 10th Edition Mechanical Automation Components Catalog

You asked for it, we answered! The 10th Edition Mechanical Automation Components Metric Catalog has arrived. To celebrate, we’ve compiled a list of fun and useful tips about it. Read on! 1 – DimensionsWeight = 10.5 lbs L = 206.375 ...