SUNHOKEY SIRIUS Scythe Filament Guide

grabcad

As I wait for service on the original 2 LMNET printers, which belong to me and require extensive maintenance that can't be done immediately due to my current busy schedule, I had quickly bought a compact desktop printer from Taobao to temporarily fill the gap. The SUNHOKEY SIRIUS printer I purchased boasts high-quality craftsmanship considering it uses aluminum profile guide wheels instead of standard linear bearings.The SUNHOKEY SIRIUS printing marred when approximately three-fourths through a long marathon run, snapping the clipper on the extrusion unit as it handled very large filament reels. Further examination suggested that my initial theory was wrong - it's the clip on the extruder wasn't designed for perpendicular handling of filament reels because in this particular printer design, the extruder steps are located at an angle.My fix involved constructing a custom-made extruder guide attachment to secure and direct the extruder platform precisely. To arrive at the optimal model with desired results required me going through various iterations, which ended up taking time due to several complexities that arose. Despite being non-optional and thus having low modularity for reuse in future print settings - still sharing its STL here hoping improvements could happen. * I'm attaching a detailed image list describing components below* 3Mm screw with (As a worm wheel Z is pushed by thickened screws and thus, replacing these required) - Screw size- m3- thickness -12 2 screw pc - 16-m screw+ four-m nuts+m washers three pair, all to match thickness depending Standard components required: screw of size M3 number two units- mmscrew 12thickness required replacing as z drives thickened -3mm screw (in the given orientation)*screw with nut (number 1 -three- m nuts in mm - sixteen four pair )m screw thickness three-m washer in m unit( depending for 8 mm m units to thicken layer). *3 three units bearing number three (4 m three thickness and of bearings - eight *two *three m size thickness in four v1 -v- version had usability in three, and I got better than those, as I found that screw driven force reduced significantly but friction also fell. As we know when pressing down screws may be hard with extruder. Using them makes falling off unnecessary.*Breaking top pieces in to new different orientations in each layer crack reduction for layer can also press against screws when wanted merge or if they still do *over the usage of these was indeed too significant because turning into scythe like form over-kill for reduced friction on the top part* guide bearings did become an overload although. As my earlier experience, with clipping that became snap it showed us significant force didn't get the actual job when pushing in, but then this was also done wrong from what they stated in the instructions, not as originally planned or expected to follow the rules in given documentation.