How the Largest Aluminum Direct Press and Aerospace Event Align
Key Takeaways
- The largest direct press in North America expands what’s possible in aerospace and defense manufacturing — enabling larger, more complex, and structurally efficient aluminum profiles.
- Large-scale extrusion technology supports next-generation aerospace demands by reducing welds, improving design flexibility, and ensuring tight tolerances for high-performance applications.
- Taber Extrusions is investing in the future with a 10,000-ton press, offering vertically integrated, scalable solutions for aerospace OEMs and Tier 1 suppliers who are backed by experience, certification, and innovation.
The largest aluminum direct press in North America is setting a new benchmark for innovation in aluminum aerospace and defense manufacturing. As extrusion capabilities scale up, the industry is witnessing a shift in what’s possible — just in time for global spotlights like the International Paris Air Show, where next-generation aerospace technologies are unveiled.
This article explores how large-scale extrusion technology meets the complex demands of modern aerospace and defense applications. From high-strength, large-format aluminum components to sustainability goals and expanded design freedom, we’ll examine how advanced equipment is transforming what’s achievable — and how Taber is leading the charge.
The Role of Advanced Extrusion in Aerospace and Defense
Aluminum remains a staple material across aerospace and defense manufacturing due to its strength-to-weight ratio, corrosion resistance, and machinability. Its reliability under stress makes it essential for fuselage components and structural parts in defense vehicles. According to NASA’s aerospace materials research, aluminum alloys remain a core element of aircraft structural design because they offer an optimal balance of weight, strength, and cost-efficiency.
As aircraft frames scale up and defense systems demand more integrated structures, the industry requires advanced aerospace extrusion solutions that can handle extreme specifications. NASA’s technical evaluation of formability in aerospace-grade aluminum highlights the importance of designing materials and processes that maintain structural integrity at scale.
Aligning with the International Paris Air Show
Held every two years at Le Bourget, the International Paris Air Show is the premier stage for global aerospace innovation. It’s where industry leaders, engineers, and decision-makers gather to explore the future of flight and manufacturing. The launch of Taber’s largest direct press aligns with the innovation cycle celebrated at the Paris Air Show — demonstrating how technology, scale, and timing converge to shape the next chapter of aerospace manufacturing.
As aerospace OEMs and Tier 1 suppliers look to differentiate themselves through material efficiency, structural performance, and supply chain resilience, extrusion capabilities will play a key role in strategic conversations. Technologies like high-tonnage presses support sustainable aerospace development by reducing material waste and enabling lighter, stronger builds. The U.S. Department of Energy’s ShAPE™ initiative demonstrates how new aluminum processing methods can significantly reduce energy consumption in the production of high-performance aerospace materials.
How to Choose an Aluminum Extrusion Supplier
Sourcing aluminum extrusion for aerospace is not purely a cost decision. Key criteria include equipment capabilities, material expertise, certifications, and production scale. Can the supplier handle extensive profiles and complex specs? Are they familiar with alloys used in aerospace and defense? Do they meet industry-specific quality standards?
The FAA’s Advisory Circular AC 43.13-1B offers detailed structural and maintenance guidance for aerospace materials, including aluminum. As innovations like the largest direct press become available, suppliers with advanced infrastructure can better support both prototyping and high-volume production — while maintaining tight tolerances and material integrity.
Why Taber Extrusions Is Poised to Deliver
Taber Extrusions will bring its 10,000-ton direct press online in 2026, positioning itself as a leader in high-strength aluminum extrusion for demanding industries. Designed to support aerospace and defense manufacturing, the press represents Taber’s long-term investment in innovation and sustainability.
From casting to finishing, Taber’s vertically integrated operations offer complete control over quality, lead times, and material consistency. The enhanced capacity of the press unlocks new potential for custom aerospace profiles — meeting the increasingly complex demands of modern aircraft and defense systems.
Taber will also attend the International Paris Air Show from June 16–18, 2025, in Paris, France. Their presence reflects alignment with global innovation cycles and offers a valuable opportunity for OEMs, Tier 1 suppliers, and industry leaders to explore aerospace extrusion solutions directly with Taber’s technical experts.
Let Taber Help You Source With Confidence
Ready to meet the demands of modern aerospace and defense manufacturing? Access Taber’s entire catalog of aluminum profiles designed for complex, high-volume, and large-scale extrusion needs.
- Engineered for aerospace and defense specifications
- Built for strength, precision, and scalability
- Backed by advanced extrusion technologies, including a 10,000-ton direct press
Download their brochure or request a quote below.
