We can X-Ray Gadgets we Review Now! - Lumafield CT Scanner

The first paragraph introduces the Apple Vision Pro, a device that allows for intricate exploration without damaging it. The Neptune CT scanner, borrowed from Lumafield, is highlighted for its ability to create a full 3D model from hundreds or thousands of 2D x-rays. The presenter invites the audience to observe the intricate components such as the optional Zeiss lenses' magnets and the automatic IPD adjustment's worm drives. The Neptune's non-destructive approach is praised, and the convenience of finding screws is noted. The sponsor, Thorum, is mentioned with a promotional code for discounts on their unique jewelry. The versatility of the Neptune CT scanner is further demonstrated by scanning a Sony DualSense controller, illustrating the differences in material densities through x-ray imaging. The process of scanning and the technology behind it, including the Lumafield's Voyager cloud platform, is explained. The potential applications of the scanner in various scenarios are also discussed.

The second paragraph delves into the operational differences between medical CT scanners and the Lumafield scanner, emphasizing the rotation of the object instead of the scanner in the Lumafield. It addresses concerns about radiation exposure, explaining that while the scanner produces ionizing radiation, it is not radioactive and that the machine is safely shielded with lead to prevent radiation leaks. The importance of object positioning during scanning and the use of floral foam to secure non-moving objects are discussed. The process of setting up a scan, including aligning the object with the x-ray emitter and adjusting the table, is outlined. The function of the scintillator in converting x-rays to visible light is explained, and the safety of standing near the scanner during operation is confirmed. The paragraph concludes with a humorous reference to a failed attempt to poison a colleague with radiation.

The third paragraph discusses the challenges and solutions associated with CT scanning, particularly the issue of beam hardening. It explains the use of copper filters to eliminate low-energy photons and the trade-off between filter thickness and image exposure. The benefits of manual settings for difficult scans, such as a screwdriver with steel and plastic components, are highlighted. The paragraph also explores various applications of the Lumafield, including inspecting assembled parts, validating injection molding, and checking for internal defects in products like alternator casings. The potential for damaging electronics through prolonged exposure to ionizing radiation is noted, and Lumafield's research on safe exposure levels is mentioned. The versatility of the Lumafield for different materials and sizes is discussed, with the exception of gold, which is too dense for the scanner.

The fourth paragraph focuses on the cost and practicality of the Lumafield Neptune CT Scanner. It mentions the subscription model starting at $75,000 a year, which includes the Voyager software for image reconstruction. The high price is justified by comparing it to the cost of industrial CT scanners and the salary of a full-time technician. The option to buy the machine outright for a significant price is also mentioned. The potential impact on R&D and manufacturing industries is discussed, along with the scanner's ability to non-destructively inspect various products. The paragraph concludes with a call to action for viewers to share their thoughts on what should be scanned next and a reminder of the sponsor, Thorum, offering unique jewelry made from rare materials with a discount code for viewers.