News & Insights

  The aerospace industry now accounts for nearly 16% of the total revenue generated by the additive manufacturing industry. Precision 3D printers have achieved remarkable milestones, exemplified by Relativity Space launching the world's first 3D-printed rocket in March 2023. Despite these advancements, 3D printing technology still faces significant challenges, including high costs, low printing speeds, limited part sizes, and strength issues. While different 3D printing technologies offer varying capabilities regarding tolerances—such as MJF... Read More

ULTEM® aerospace parts play a vital role in the industry because of their exceptional performance characteristics. ULTEM® stands out as one of the few resins with approval for aerospace applications. This 30-year old material powers flight-critical components. Our team at AIP Precision Machining has supplied ULTEM® components to aircraft OEM and MRO providers of all sizes worldwide. Engineers and procurement specialists need to know the differences between ULTEM® 1000 and... Read More

Polyamideimide (PAI) stands as the strongest polymer available today, boasting an exceptional tensile strength of 21,000 psi. When engineers select materials for critical industrial applications, understanding polymer mechanical properties becomes essential for ensuring operational safety and longevity. High-performance polymers like PEEK and Ultem offer impressive tensile strengths of 14,000 psi and 15,200 psi respectively, making them viable alternatives for demanding environments. The mechanical properties of polymers have gained significant importance... Read More

[caption id="attachment_4163" align="aligncenter" width="1200"] Fireman wearing fire protection suite and oxygen tank exercise hold hose spray water near fire truck[/caption] Flame retardant plastics are becoming increasingly vital to aerospace engineering. These specialized materials provide critical fire safety protection in environments where even a small fire can have catastrophic consequences. The difference between achieving a V-0 rating and a V-2 rating under UL 94 standards can determine whether a component proceeds... Read More

medical machined components Hybrid manufacturing technology reduces total production costs by 35% and shortens complex parts processing cycles by 50% compared to traditional methods. This revolutionary approach combines 3D printing (additive manufacturing) and CNC machining (subtractive manufacturing) to create superior medical machined components with unmatched precision and efficiency. The integration of these complementary technologies addresses the limitations of each individual method while maximizing their respective strengths. When creating precision medical... Read More