Videos tagged with 3D Scanning

This video discusses the release of 3D gun scan data, aiming to foster innovation and agility within the Citizen's Defense Industry. It explores how to maintain a fast-moving, needs-focused, free-market community. For further details on open-source support plans, viewers are directed to a specific podcast episode.

This video showcases three Sikh artifacts—a Quoit turban, a shield, and a helmet—rendered in stunning 3D by the Royal Armouries in collaboration with The Sikh Museum Initiative. The video features Natasha Bennett (Curator of Oriental Collections), Gurinder Singh Mann (historian and Director of The Sikh Museum Initiative), and Taran Singh (3D expert and designer). They discuss the history, cultural significance, and the advanced 3D scanning process used to make these objects accessible to a wider audience in a virtual museum. The presentation highlights cutting-edge techniques in digitizing historical arms and armour.

This video from Forgotten Weapons showcases the Arsenals of History 2019 symposium, focusing on the application of 3D printing and scanning technologies in firearms museums. The presentation by Scott Gausen from the Springfield Armory National Historic Site explores how these modern tools can be utilized for museum preservation, education, and potentially even replication of historical firearm artifacts. The symposium itself was held at the Cody Firearms Museum and had a theme centered on social media's role for museums.

This guide details the advanced process of reverse engineering firearms for custom holster manufacturing using 3D scanning and modeling software like Lightwave 3D. T.REX ARMS instructor Isaac Botkin, with extensive VFX experience, explains how to convert high-polygon 3D scans into precise holster molds, emphasizing the importance of manual mesh rebuilding and exact measurements for optimal fit and retention. The workflow concludes with CAM software for CNC machining.

This review by Isaac Botkin of T.REX ARMS details the use of the Einscan-SP 3D scanner for creating precise molds for Kydex holsters. The scanner significantly improves R&D efficiency by capturing millions of data points, overcoming the limitations of manual measurement tools on complex firearm geometries. While the hardware is praised, the software's instability is noted as a drawback, requiring external software for model rebuilding.