Additive Manufacturing

3D Printing

Mold Design Tricks, Additive Manufacturing Treats & More: MMT's Top-Viewed Articles in October

October held some tricks but mostly treats for MoldMaking Technology’s audience.

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Robot Slicer Software Simplifies Wire-Laser Metal 3D Printing Technology

The Meltio Space toolpath generator employs a virtual model of real robot movement, empowering users to create intricate, customized and highly detailed 3D-printed metal parts.

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How to Use Thermal Management to Improve Mold Cooling

A review of common mold cooling issues and possible solutions, including 3D printing applications.

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Do You Remember?...The Best of MMT September

Say, do you remember? These top-viewed MMT articles from September?

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3D Printing

The Benefits of Vertically Integrating Metal 3D Printing and Machining

Having 3D printing and machining within one organization enables Addman’s engineers to collaborate and consolidate so it can quickly make successful metal 3D-printed parts.

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3D Printing

Large-Scale 3D Printer, Print-on-Demand Services

PowerPrint is KraussMaffei’s latest launch in the additive manufacturing space that is maximizing design freedom and cost efficiency. It is available for purchase or serviced through the company. 

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VIDEO: Why Is Sustainability Important to Mold Builders

Marta Orozco with DME shares ways mold builders can be a part of building a more sustainable future.

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3D Printing

VIDEO: Qualifying Modified H-13 for 3D-Printed Tooling

Next Chapter Manufacturing and International Mold Steel discuss their partnership to qualify a modified H-13 for tooling applications.

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3D Printing

Robotic Metal 3D Printer Automates, Augments AM, Repair and Cladding

The ready-to-use Meltio Robot Cell plug-and-play solution integrates Meltio’s metal 3D printing technology with a robotic arm for safe, reliable and automated 3D printing.  

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Rapid Tooling

Joint Research Project 3D Prints MIM Tool With Near-Contour Cooling

The University of Rostock and Stenzel MIM Technik GmbH has created a process approach that can produce a 3D-printed metal injection mold in about five days, versus eight weeks.

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