A brief look at the Pocket NC V2, an amazingly compact and precise 5-axis milling machine that’s small enough to put on your workbench. This desktop manufacturing marvel costs just under five grand, tens of thousands of dollars less than most 5-axis machines.
In this promotional spot for CAD/CAM software developer Open Mind, they demonstrate how a 5-axis CNC mill can transform a solid block of metal into a replica of a basketball net, by gradually carving away bits of metal until only a woven net remains. Skip to 1:06.
A (mostly) satisfying video which shows how a Heller 5-axis milling machine carves away at a solid block of metal, transforming it into a spherical shape, first starting with rough lines, and gradually refining it. Though we really need some closure after they left it with a flat top.
ApolloCrowe from Carbide 3D uses one of their Nomad desktop CNC machines to slice up soda cans, and transforms them into parts for a pair of robot sculptures. There’s a lot of handwork involved after the aluminum is cut, but it’s still cool to watch the machine work its magic.
A bargain-priced, compact 3D printer made primarily from sturdy metal components. It not only can print PLA, PVA, ABS and Nylon, but offers modules for carving and laser engraving. Our main concern is the lack of an enclosure for containing noise, odors, and debris.
Watch the Dark Lord come to life via modern machining tech, as an Okuma MU-5000V 5-axis mill completes milling a perfect metal bust of Star Wars’ baddie, courtesy of Morris Midwest. We’d love to see the sculpt from the beginning, but we’ll settle for metal Vader on our desk.
Until now, waterjet cutting has been reserved for large industrial shops, but the Wazer aims to bring the tech to every workshop. It uses a high pressure stream of water and abrasive particles to slice cleanly through even the hardest materials, with precision and smoothness.
Check out this footage of the DMG MORI Lasertec 65 3D, an amazing marvel of modern engineering which is capable of first building up rough metal forms using laser deposition welding, then switching heads to precisely mill and drill them into finished parts.