Videos tagged with CAD Design

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 video details the innovative, CNC-free manufacturing process of the JLC-24 rifle, inspired by the MP44/Sturmgewehr. The creator, Justin, utilized a combination of CAD design, 3D printed router guides for aluminum parts, laser-cut steel components, and TIG welding to construct the receiver. The approach highlights advanced amateur manufacturing techniques, demonstrating that complex firearm designs can be realized with accessible tools and ingenuity.

T.REX ARMS showcases the evolution of holster design, contrasting early garage-made prototypes with modern, high-volume production. The Ironside holster exemplifies advancements like integrated cant for better concealment, achievable only through CAD and CNC manufacturing. This highlights the shift from manual methods to precision engineering in firearm accessories.

This YouTube video features a live stream with content creator Unseenkiller, focusing on Computer-Aided Design (CAD). The discussion revolves around CAD design principles and applications, with potential implications for firearm design or modification. While not explicitly showcasing firearms, the topic of CAD design is highly relevant to the custom firearm building community.

This YouTube Short showcases the CNC machining process used to create performance-oriented holsters by Tenicor. The description highlights the use of proprietary CAD designs and precision-machined tooling, emphasizing the company's commitment to quality and functionality in their holster manufacturing. It also provides links to Tenicor's online shop and social media profiles.

This YouTube Shorts video from Tenicor showcases the manufacturing process of their custom tooling for firearm holsters. The description highlights that Tenicor holsters are designed using proprietary CAD software and precision CNC machining to ensure a positive and secure fit. The video provides a glimpse into the creation of these essential holster components, emphasizing the brand's commitment to quality and precision engineering in their holster production.

This YouTube video provides a tutorial on how to make quick and simple frame length modifications using Fusion 360. It focuses on the technical aspects of design software and altering dimensions, which is applicable to various modification projects.

This video details the process of 3D printing a custom gun part, specifically a mount for an RMR-style optic designed for a Mauser action. The tutorial covers the entire workflow from conceptualization and CAD design using Fusion 360, through slicing with Cura, to the final 3D print on a Creality Ender 3. The presenter acknowledges their own design limitations, framing the project as an educational journey through the 3D printing workflow for firearm accessories.