Videos tagged with Barrel Manufacturing

Lee Woody, Engineering Team Lead at Daniel Defense, details the cold hammer forging (CHF) process for rifle barrels. This expert-guided explanation covers the preparation of barrel blanks, the simultaneous forming of chamber and rifling through hammer forging, and the final precision turning. The CHF method creates a durable bore and chamber due to compressive stresses, ensuring consistency in high-volume production.

This comprehensive overview details significant upgrades at the Thompson/Center Arms (T/C) headquarters in Farmington, New Hampshire. The facility showcases advanced manufacturing processes for their Encore, Contender, Triumph, and Hawken lines, emphasizing vertical integration, enhanced quality control with MPI, and precise barrel marking including laser-engraved twist rates. The insights provided reflect a high level of operational expertise within T/C's manufacturing.

This video from AT3 Tactical explains why Inconel, a chromium-nickel alloy, is not typically used for rifle barrels. Despite its excellent heat erosion resistance, making it common in suppressors, its extreme weight, difficulty in machining, and high cost render it impractical for standard barrel lengths. The expert speaker highlights these manufacturing constraints.

Thompson/Center Arms has acquired Green Mountain Rifle Barrel Company to achieve vertical integration and control firearm production. This strategic move leverages Green Mountain's 50 years of expertise in specialized barrel manufacturing, including 5R rifling and precise quality control. The acquisition ensures the return of classic muzzleloader models and maintains high-quality barrel supply for industry partners.

This video explores new rifle barrel technologies, specifically focusing on materials like Kevlar, Cordura, and Fiberglass. It appears to be a segment from Shot Show 2024, showcasing innovative advancements in firearm components. The mention of "Burnproofgear" suggests a focus on heat resistance and durability for rifle barrels. The content likely appeals to firearm enthusiasts interested in material science and performance upgrades for their rifles.

This video focuses on a crucial step for achieving an accurate barrel in firearms. While the specific details of the step are not provided in the description, the title strongly suggests a technical or gunsmithing focus. The content is likely aimed at firearm owners, builders, or enthusiasts looking to improve the precision of their rifles or pistols. The core topic revolves around barrel accuracy, implying discussions on manufacturing, modification, or maintenance related to this critical component.

This video demonstrates the process of transforming raw metal into a finished rifle barrel. The title suggests a focus on the manufacturing and machining aspects of firearm components, highlighting the technical skill and steps involved in creating a crucial part of a rifle. The description's alphanumeric string might be a product code or internal reference, but doesn't add specific context beyond the title.

This video offers an in-depth look at the manufacturing processes at Fabryka Broni 'Łucznik' in Radom, Poland. Expert Ian McCollum guides viewers through the production of modern firearms like the MSBS Grot and Beryl rifles, showcasing the evolution from historical methods to advanced CNC machining, hammer forging, and rigorous quality control. The tour highlights the precision engineering involved in creating components for military-grade weapons.

This YouTube video is a product spotlight from SHOT Show 2022, featuring Allison Kropff at the Absolute Machine booth. The focus is on the new Precihole 4-spindle gun drilling machine, which is designed for deep drilling of four barrels simultaneously. The video highlights the capabilities of this advanced manufacturing equipment for firearm production. More information is available on the Absolute Machine website.

This TFB TV factory tour reveals the intricate manufacturing process of the Kel-Tec KSG shotgun. It details the journey from raw steel bar stock through advanced CNC machining, precision welding, and meticulous sub-assembly to final quality assurance and test firing. The video highlights Kel-Tec's commitment to innovation and efficient production, showcasing specialized machinery and skilled technicians.

Wilson Combat has significantly expanded its manufacturing capabilities with a new 16,000 sq. ft. facility, increasing rifle production by 600% and handgun production by over 300%. This expansion incorporates advanced automated machinery like Fanuc RoboDrills and Nakamura-Tome machines, enabling in-house production of critical components such as Bolt Carrier Groups and increasing barrel output by 250-300%. The facility emphasizes precision with CMM equipment for quality control and utilizes wire EDM for small parts, operating on multiple 24-hour shifts.

This inspection reveals critical dimensional issues with a Bear Creek Arsenal 16-inch .223 Wylde barrel. The throat is cut shorter than specification, behaving more like a .223 Remington chamber, which can cause pressure issues with 5.56 NATO or Wylde loads. Pitting was observed near the muzzle, and the crown is poor, indicating potential manufacturing inconsistencies.