EOS Showroom

EOS Expands Materials Portfolio with Moldmakers in Mind

IMTS 2024: EOS North America highlights its latest industrial 3D printing solutions, including its upgraded portfolio of metal additive manufacturing (AM) solutions designed with industrial AM production in mind for industries such as moldmaking.

Innovative Technology for Your Mold Shop at IMTS 2024: Part 2

MoldMaking Technology showcases a variety of technology applications featured at IMTS 2024 this year. Find the best fit for your mold shop with software solutions to new machines and services featured in this comprehensive guide.

3D Printed Manufacturing Aids Improve Molding Efficiency

Moldmakers and molders turn to 3D printing for end-of-arm tools, fixtures for increased safety and functionality, lower cost and faster turnaround times.

Mold Materials, 3D Printing Technologies for Next-Gen Moldmaking

As moldmaking advances, so too do the materials and processes involved in their efficient production, including these latest mold materials and 3D printing technologies.

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.

IMTS 2024 is Open for Registration, Offers Solutions for All Manufacturers

“Inspiring the Extraordinary” sets the theme for IMTS 2024, with a wide breadth and depth of technologies and service offerings that reflect the trends and needs of the manufacturing industry.

Turnkey Program for Additive Manufacturing

EOS will offer solution for de-risking and accelerating additive manufacturing projects.

Technology and Sourcing Guide 2023: Additive Manufacturing

3D printing, or additive manufacturing, simplifies the moldmaking process by making mold inserts, mold components, end-use parts and ancillary equipment. Access this exclusive, online-only content, including a suppliers list, AM products and more.

Large Hybrid Steel Insert Solves Deformation, Dimensionality, Cycle Time Problems

DMLS printers using metal additive powders selected by Linear AMS to produce high-quality, accurate, consistent 3D-printed mold components with certification and traceability.

A 3D Printing Retrospective

A personal review of the evolution of 3D printing in moldmaking throughout the past 25 years.

EOS North America Celebrates Delivery of 1,000th 3D Printing Machine

Company reflects on more than 30 years of innovation and success in industrial 3D printers and additive manufacturing.

Hybrid Approach to Producing Mold Inserts Boosts Productivity and Profitability

Mold inserts with additively produced cooling circuits eliminate design constraints, reduce the cost of complexity, improve part dimensions, decrease cycle time and speed time to market.

Optimized AM Metal Powder Alloy Delivers Application Flexibility

New high-temperature, crack-free nickel-chromium alloy from EOS North America opens up industrial 3D printing options.

EOS Expands Online Training Program to U.S. to Foster Industrial 3D Printing Education

Additive Minds Academy offers a series of over 18 topic-based learning modules supported by EOS’ consulting team to equip learners and aid companies in leveraging AM technologies.

Kent Firestone Joins EOS North America

As the company’s senior VP of operations, Firestone will oversee the manufacturing, field service, logistics, quality and materials activities.

Siemens, EOS North America Partner to Improve AM Efficiency, Profitability

Combination of EOS machines and Siemens AM software to provide customers opportunity for a seamless, automated AM digital thread from design through production.

How to Improve Mold Venting with Metal Additive Manufacturing

Patented 3D-printed mold insert design rapidly evacuates gases while preventing plastic flash-through, eliminates costly maintenance and need for press-side temperature-control units.

EOS, Texas A&M University Offer AM Professional Development Program

Successful additive manufacturing pilot training program for NASA Johnson Space Center leads to new collaborative offering to business and academia.

Building Confidence in AM for Tooling

New potential for tooling applications is reached with custom-designed materials for additive manufacturing.

AM Expo Adds Hands-On Learning Experience

The Additive Manufacturing Conference + Expo (AMC) announced two technical tours of major 3D-printing production facilities as part of the education program.

Bringing Topology Optimization to Injection Molds

Topology optimization and an integrated software solution help a mold builder produce an injection mold with 50-percent less mass, permitting faster machine motion for 30-percent faster cycle time.

Highly-Automated Tool Shop Achieves Efficient, Precise Medical Device Manufacturing

When a basketball player needs a knee replacement, standard implants simply won’t do. With a total of 18 different additive manufacturing systems, the Aesculap division of medical company B. Braun is the place to go to have custom implants printed to size. However, the highly-automated tool and mold shop has much more to offer when it comes to producing injection molds, complex progressive dies as well as prototypes and fixtures for series production.

2018 Technology Review and Sourcing Guide: Additive Manufacturing

MoldMaking Technology’s annual Technology Review and Sourcing Guide is an accurate, comprehensive, easy-to-read and easy-to-use use guide for researching today’s technology, equipment, products and services. The year’s latest moldmaking product developments within mold engineering/design, build and maintenance/repair are broken down into 10 sections, including additive manufacturing.

Stand-Alone Additive Manufacturing Is a Thing of the Past

Additive manufacturing (AM) is no longer considered a stand-alone technology but is increasingly being integrated in existing manufacturing processes.

Throwback Thursday: Worldwide Review and Analysis of Additive Fabrication

I wonder if Terry Wohlers knew just how accurate he was when he examined what was, in 2007, called “additive fabrication” and provided a pointed prediction of the future of the additive industry?

MMT Visits Linear Mold to See Additive Mfg in Action

Linear Mold & Engineering opened its doors to us to talk about how they’re using additive manufacturingI to grow conformal cooling channels inside mold inserts and to make production parts for the aerospace and medical industries.

Complementing Laser Sintering with EDM

Laser sintering unlocks the potential to “grow” conformal-cooled inserts from the ground up. Wire EDM ensures production proceeds at a pace that keeps up with demand.

The Intersection of Laser Sintering and EDM

For this moldmaker, wire EDM helps streamline production of inserts that are “grown” with cooling lines already inside.

Digital Ed. of MMT's May Additive Mfg. Supplement Ready

This month's edition features stories on how to push additive manufacturing to the next level with a commitment to customer service, education and training, as well as a look at one manufacturer's year-long journey with additive manufacturing.

CMM Increases Moldmaker’s Capabilities and Customer Base

With Linear’s recent expansion and equipment additions, we are becoming a full-service production supplier of aerospace parts using additive manufacturing technology.

"Adding" to Your Tooling Options

Understand the benefits and applications of processes for making tooling through additive manufacturing.

Nature Triumphant

The freedom to tailor a part’s shape to its engineering needs—particularly when the result is a complex organic form—might be the most transformative benefit of additive manufacturing.

Additive and Subtractive Together

At the recent International Manufacturing Technology Show in Chicago, EOS and machine tool maker GF AgieCharmilles demonstrated additive and subtractive processes working together to produce a titanium tibial tray for knee implants.

Merging Manufacturing Technologies at IMTS 2012

A live demonstration of embracing both subtractive and additive manufacturing was one of the highlights for me at IMTS. Machine tool builder GF AgieCharmilles and EOS showcased an innovative start-to-finish manufacturing process chain that creates actual titanium tibial trays for surgical knee implants.

Success with Conformal Cooling Using Direct Metal Laser Sintering

Featured project from Phillips Plastics. The design for the DMLS conformal cooling tool insert incorporated channels that were designed to quickly and evenly cool individual cavities within the piece, which would not have been possible with conventional mold technologies. Expectations were reduced cycle time and higher quality parts.

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Video Gallery

The Next Frontier of Aviation and AM’s Impact with Tim Berry of JetZero

Scaling Creativity with Additive Manufacturing with Shawn Zindroski of SNL Creative

Additive Manufacturing’s Role in Tool & Die with Vilas Ravindra Dulipeta of AarKel

The Amazon of Additive Manufacturing with Markus Seibold of MakerVerse | Additive Snack

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