P3Steel Transport Handle

thingiverse

A Transport Handle for the P3Steel: A Crucial Companion for Printers and Hobbyists Alike. The sturdy weight of a fully assembled P3Steel printer can be quite daunting, with its impressive mass often reaching an astonishing 10kg. Though it's true that the rigid steel frame may be safely lifted by grasping at its central core, a problem arises when considering how to handle the machine comfortably in one's hand - namely, the narrow 3mm cross-section of the metal framework simply doesn't offer enough space to evenly distribute the weight. Fortunately, this predicament is addressed by incorporating an ingenious solution: the transport handle. This nifty attachment can be thought of as a clever remix of thing #558559 created by the resourceful individual known as Aiks; just like its original counterpart, it falls under the umbrella of Creative Commons - Attribution - Share Alike licensing. Fortunately for users seeking to harness the full potential of this inventive component, OpenSCAD source files are readily available and included (albeit dependent upon accessing the required original .stl file prior to compilation). The end result is well within reach thanks to straightforward OpenSCAD scripting, which promises seamless integration into even the most intricate printing setups. With the transport handle securely in place, it becomes an indispensable asset for safe handling of printers such as the P3Steel. Instructions on how to properly incorporate this solution into daily routines are simple and uncomplicated: Firstly, ensure that you have printed out the transport handle using PLA plastic with 50% infill, all without implementing retraction during the printing process - a measure taken primarily for assurance purposes to guarantee a fully solid outcome. Following these initial steps, the handle is effortlessly slid beneath the main bridge component of your printer for added portability. In situations where it isn't needed, simply slide the device back onto an inconspicuous part of the steel frame.