The video discusses the imminent wave of suppressor innovation driven by additive manufacturing (3D printing). Traditional reductive manufacturing methods, while effective, have performance limitations. Additive manufacturing allows for complex internal geometries, varied gas flow patterns, and the use of advanced materials like Inconel 718 and Titanium Grade 5, which are difficult or expensive to machine. This technology is expected to make suppressor development more accessible and lead to significant advancements, potentially rendering reductive cans obsolete within a few years.
This podcast episode features Evan Wilson of Exigent Defense discussing the evolution of suppressor manufacturing, focusing on the shift from traditional reductive methods to additive manufacturing (3D printing). The conversation highlights the technical advantages of additive processes, such as complex internal geometries and material versatility, leading to improved performance and innovation in suppressor design. The episode also touches on industry trends, legal challenges, and the future of suppressor technology.
You've reached the end! 2 videos loaded.
Gun Laws by State
Read firearms regulations for all 50 states + D.C.
Find Gun Dealers
Search licensed FFL dealers near you.
