Videos tagged with Injection Molding

This video provides an in-depth look at the S5 Tactical G36 clone, offering insights into its manufacturing, historical context, and performance. Alyssa Seymour, demonstrating high-level enthusiast knowledge with manufacturing insights, details the polymer receiver production, reliability testing over 700 rounds, and ergonomic features. The review also touches upon US market availability challenges and comparisons with other G36 variants and magazines.

This video focuses on the injection molding process for a 'Rapid Force spacer'. Based on the title and description, the content appears to be a technical demonstration or manufacturing process related to firearm accessories. It's likely aimed at individuals interested in the production side of firearm components or custom accessory manufacturing.

This video highlights the engineering process at Tenicor, focusing on the end-to-end creation of holsters. It emphasizes a hands-on approach where engineers are involved in both the design and manufacturing phases, blurring the lines between desk work and practical building. The description suggests a comprehensive workflow from concept to a finished product.

This guide details the installation and testing of a Chinese-made Flux Raider clone for the Glock 34. It covers mounting the accessory, testing its features like the retractable brace and integrated magazine holster, and performing shooting drills. The guide also addresses potential durability issues, such as bent rails, and provides maintenance tips like using Loctite and grease. The assessment highlights the clone's affordability and fun factor, while noting the need for user maintenance.

This video explores 10 lesser-known facts about the iconic Glock 17 pistol. It delves into its origins, Gaston Glock's background as a chemical engineer, the innovative use of polymer and ferric nitrocarburizing, and its rigorous testing by the Austrian military. The video also highlights its widespread adoption by law enforcement and military forces globally, and its design influences.

This video explores ten lesser-known facts about the Glock 17 pistol. It highlights Gaston Glock's background as a chemical engineer, his innovative use of polymer and ferric nitrocarburizing, and the rigorous testing that led to the Glock 17 becoming Austria's new military handgun. The video also touches on its widespread adoption by law enforcement and military forces globally.

This video tests the durability of polymer AR-15 lower receivers against an aluminum counterpart. The primary failure point identified for polymer lowers is the threaded buffer tube receiver area, which can strip or crack under stress. While polymer lowers are significantly cheaper, the testing demonstrates a substantial compromise in robustness compared to aluminum receivers, making them unsuitable for demanding use or abuse.

Roger Barrera of QVO Tactical details significant business expansions and process improvements. He discusses the strategic decision to invest in ten 3D printers to manufacture holster wings in-house, reducing costs and lead times compared to outsourcing or injection molding. Additionally, he showcases the use of a fiber laser for custom magazine engravings, including unique camouflage patterns, and the in-house design and printing of molds for knife sheaths. This shift emphasizes efficiency, cost-effectiveness, and enhanced product aesthetics for QVO Tactical's offerings.

This video provides an in-depth look at the KE Arms KP-15 monolithic polymer lower receiver, a key component of the WWSD2020 rifle. Speakers Karl Kasarda, Ian McCollum, and Russell Phagan detail its design philosophy, manufacturing process, and compatibility. They emphasize its robust construction, designed to overcome traditional polymer firearm limitations, and discuss its integration with standard AR-15 components. The discussion also touches on ATF compliance, material science, and finishing techniques suitable for the polymer construction.

This video provides an in-depth update on the WWSD2020 project, focusing on the development and manufacturing of the KE Arms KP-15 polymer lower receiver. Experts Ian McCollum, Russell Phagan, and Karl Kasarda detail the engineering challenges, material science considerations, and advanced manufacturing techniques like injection molding and vibration welding. The discussion highlights the project's timeline, historical context of polymer firearms, and the efficiency gains compared to traditional aluminum receivers.

This video provides an in-depth look at the manufacturing process for the KE Arms KP-15 polymer lower receiver, featuring insights from project leads Karl Kasarda, Russell Phagan, and Ian McCollum. The discussion covers historical context, design considerations for polymer, the vibration welding process, mold flow analysis, and manufacturing efficiency, highlighting the advantages of modern materials and techniques over early attempts. Regulatory aspects, such as the challenges with 80% lowers, are also addressed.

This video details the invention and evolution of the Kydex holster, pioneered by Bill Rogers. It covers the initial challenges with materials like fiberglass and Norrell, the discovery and application of Kydex, and the subsequent development of leather-lined Kydex holsters to protect firearm finishes. The discussion extends to the creation of retention levels for law enforcement and the transition to injection-molded nylon holsters, highlighting innovations in durability and non-abrasive design.