3D Printing News Briefs July 2026: AMUG Leadership, DSH Technologies, and Markforged Material Innovations
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As we celebrate the 4th of July in 2026, the additive manufacturing (AM) landscape continues to evolve at a rapid pace. While the holiday often brings a moment of reflection on industrial independence and localized manufacturing, the news cycle in the 3D printing world remains as active as ever. Today’s briefs highlight the backbone of the industry: the professional organizations that foster growth, the specialized service providers that bridge the gap between "printed" and "finished," and the material innovators pushing the boundaries of what polymers and metals can achieve.
In this update, we are looking closely at the latest from the Additive Manufacturing Users Group (AMUG), the technical expansions at DSH Technologies, and the material science advancements coming out of Markforged.
AMUG: Strengthening the Community of Experts
The Additive Manufacturing Users Group (AMUG) has long been the gold standard for professional networking and knowledge exchange in the 3D printing industry. Unlike traditional trade shows that focus primarily on sales and marketing, AMUG is built by users, for users. As we move into the second half of 2026, AMUG has announced new initiatives aimed at expanding its educational outreach and refining its leadership structure.
The strength of AMUG lies in its "DINO" (Distinguished Innovator Operator) awards and its commitment to peer-to-peer learning. The latest news from the group suggests a renewed focus on the "next generation" of AM professionals. With the industry facing a persistent skills gap, AMUG’s role in certifying and educating operators is more critical than ever. For those who are just starting their journey, understanding the difference between professional-grade standards and hobbyist applications is essential. If you are currently navigating the early stages of this technology, you might find our guide on The Best 3D Printers for Beginners This Year: Start Your Making Journey Today a helpful starting point to bridge that gap.
AMUG’s influence ensures that as new technologies emerge—such as multi-metal printing or high-speed sintering—the people operating the machines have a forum to discuss real-world failures and successes. This collective intelligence is what prevents the industry from stagnating.
DSH Technologies: Solving the Metal Sintering Puzzle
While many headlines focus on the 3D printers themselves, the real magic (and the real difficulty) of metal additive manufacturing often happens after the print is finished. This is where DSH Technologies enters the spotlight. Specializing in the debinding and sintering of metal parts, DSH Technologies provides the thermal processing expertise required for technologies like Metal Injection Molding (MIM) and Binder Jetting.
For a metal part to achieve its final mechanical properties, it must undergo a complex thermal cycle. The "green" part—the fragile state of the object immediately after printing—contains binders that must be chemically or thermally removed (debinding) before the metal particles are fused together in a high-temperature furnace (sintering).
DSH Technologies has recently expanded its capacity to handle a wider array of alloys, including refractory metals and specialized stainless steels. This expansion is a significant signal to the market that Binder Jetting is moving further into mass production. By offering these services as a specialized partner, DSH allows smaller firms to experiment with metal AM without the massive capital expenditure required for industrial-grade vacuum furnaces.
Markforged: New Frontiers in Material Science
Markforged has consistently been a leader in the "prosumer" and industrial sectors, largely due to their "Digital Forge" ecosystem. Their latest news focuses on the release of new high-performance materials designed for end-use parts in aerospace and automotive applications.
The hallmark of Markforged has always been their continuous fiber reinforcement (CFR) technology. By embedding strands of carbon fiber, fiberglass, or Kevlar into a thermoplastic base, they produce parts that can replace machined aluminum. In July 2026, the focus has shifted toward specialized filaments that offer better heat resistance and chemical stability.
For many users, the choice of material is the most important decision in the design process. While professionals might look toward Markforged’s Onyx or FR-A materials, hobbyists are often deciding between more common polymers. Understanding the foundational differences is key; for instance, the PLA vs PETG: Which Filament Should You Start With? debate is the first step toward eventually mastering the high-end composites offered by companies like Markforged.
Markforged’s latest material updates also include improvements to their metal filament line, specifically aimed at reducing the shrinkage rates during the sintering process—a direct nod to the complexities handled by companies like DSH Technologies mentioned earlier.
The Intersection of Software and Hardware
A common thread in the news from AMUG, DSH, and Markforged is the increasing reliance on integrated software. We are no longer in an era where a "slicer" just converts an STL to G-code. In 2026, the software must account for:
- Sintering Shrinkage: Predicting how a part will deform in a furnace.
- Fiber Orientation: Optimizing where continuous carbon fiber is placed for maximum load-bearing.
- Traceability: Ensuring that every layer of a printed part meets aerospace or medical standards.
Markforged’s Eiger software continues to set the pace here, providing a cloud-based platform that manages the entire fleet of printers. This level of integration is what allows a company to scale from one prototype machine to a factory floor of fifty printers.
Why These Updates Matter for the Average Maker
It is easy to look at news about industrial furnaces and aerospace-grade composites and feel it is irrelevant to the home workshop. However, the "trickle-down" effect in 3D printing is incredibly fast. The innovations in heat management from DSH Technologies eventually inform the design of better heated chambers in consumer machines. The material breakthroughs at Markforged drive down the cost of basic carbon-fiber-filled filaments for everyone.
If you are looking to upgrade your own setup to achieve even a fraction of this professional reliability, consider looking into 5 Essential Upgrades for Your First 3D Printer: Smoother Prints on a Budget. Often, the gap between a "toy" and a "tool" is simply a matter of a few key components like an all-metal hotend or a stabilized build plate.
Looking Ahead: The Remainder of 2026
As we move past the July 4th holiday, the additive manufacturing industry is bracing for a busy autumn. With AMUG setting the stage for better-trained operators and companies like DSH and Markforged refining the hardware and material science, the focus is shifting from "What can we print?" to "How can we print 10,000 of these reliably?"
The transition from prototyping to production is the theme of the year. Whether it is through the democratization of metal printing or the advancement of composite materials, the goal remains the same: making manufacturing more accessible, more efficient, and more localized.
For those following these developments, the message is clear: the industry is maturing. The "wild west" days of experimental prints are giving way to a structured, highly technical field where material science and post-processing are just as important as the printer itself. Stay tuned as we continue to track these developments and provide the context you need to navigate the world of 3D printing.