Stephanie Hendrixson Executive Editor
Stephanie (Monsanty) Hendrixson reports on 3D printing technology and applications as executive editor for Additive Manufacturing. She is also co-host of , a video series that highlights unique, unusual and weird 3D printed parts, and co-host and creator of the .
Stephanie got her start in manufacturing media in 2012, through an internship with AM's sister publication , and continues to contribute to MMS as a guest blogger. In 2019 Stephanie was named among Temboo’s . She is the local ambassador for the . In 2023, Stephanie served as Industry track leader for Women in Printing’s TIPE Conference and delivered ; she previously co-presented at .
Stephanie holds a B.A. in English literature and history from the University of Mount Union, as well as an M.A. in professional writing from the University of Cincinnati. She currently serves on the UC Professional Writing Advisory Board. Stephanie is an avid runner, food enthusiast and sourdough baker. She lives in Ohio with her husband Paul and rescue cats Artemis and Freya.
Video: Apply Metal and Machine It With Hermle’s Metal Powder Application (MPA) Process
The Metal Powder Application (MPA) process uses cold spray to apply metal to an existing workpiece. Because the material deforms rather than melts, MPA opens new possibilities for functional grading and other multimaterial applications.
WatchVideo: 3D Printing Consolidates Assembly, Reduces Cost for Bar Feeder Component
At IMTS 2024, 3D printer supplier One Click Metal highlighted how its low-cost metal printer can help improve machining, showcasing components for Index bar feeders that were redesigned for additive.
Watch3D Printing Solutions to Support Investment, Sand Casting
3D Systems is highlighting a design strategy for better investment casting patterns, as well as a new machine suitable for the production of patterns for sand casting.
Read MoreGot Additive Manufacturing Questions? This Expert Bar Has Answers
The EOS booth offers scheduled appointments with AM experts as well as opportunities to learn more about 3D printing materials, processes and applications.
Read More10 Tips to Make the Most of IMTS
IMTS only happens every two years. Here’s how to make the most of your time at the 2024 show.
Read More6 Trends in Additive Manufacturing Technology
IMTS 2024 features a larger Additive Manufacturing Pavilion than ever before, with veteran suppliers alongside startups and newcomers at the front of the West Building. As you browse these exhibitors, as well as booths found elsewhere at the show, keep an eye out for these trends in AM.
Read More6 Ways Electrification is Shifting Automotive Manufacturing
Trends to watch at IMTS: A Tier One transmission supplier weighs in on how hybrid and electric vehicles are changing the requirements for automotive component producers.
Read MoreUltiMaker Targets Light Industrial Applications With 3D Printer Designed for the Factory Floor
The company’s Factor 4 3D printer introduced this week is designed to complement conventional manufacturing equipment including CNC machining and automation.
Read MoreChuck Jaws Achieve 77% Weight Reduction Through 3D Printing
Alpha Precision Group (APG) has developed an innovative workholding design for faster spindle speeds through sinter-based additive manufacturing.
Read More6 Ways Additive Manufacturing Will Change in the Next Decade
Where will additive manufacturing go in the next 10 years? Stephanie Hendrixson and Pete Zelinski offer six ideas in the latest episode of the AM Radio podcast.
ListenWhat Process Should Make This Part? New Tool for Comparing Production Methods
Free tool COSMO generates apples-to-apples comparisons of manufacturing processes including 3D printing to help engineers and companies make better decisions and expand production options.
Read MoreFor Polymer 3D Printers, Metal Parts Are Now Within Reach
An option for accessible metal 3D printing: New metal composite filament from BASF Forward AM has made it easy for Austrian company Sparox 3D to pivot its Ultimaker FFF capacity into metals, without major additional investments in skills or equipment.
Read More