Without belts installed, both the X and Y move freely with no binding (Y with gravity, X needs some assistance due to the bushings, but it's not exactly difficult to move). Parts were printed on a crappy Chinese i3 clone, they came out functional but far from perfect. If it helps, it's a standard build (200mm³ print size), 2020 extrusion, 10mm carbon fibre w/polymer bushings, 8mm (7.96) steel rods w/LM8LUU bearings, held together with those crappy Banggood brackets (maybe this is part of the problem?). Being the first large print I've done I thought I'd test the movement first and noticed the wandering. I didn't really notice the problem initially as I was only printing small parts, but it arose the other day whilst preparing to print a large (180x100 ish) piece. I've tried multiple combinations of belt tension tight, loose, one tight one loose etc. Same goes for the Y axis home X & Y, start moving along the Y and the carriage moves to the right the further away from home I go (and again, disengages the X endstop at around 30mm from home). It's a good couple of mm or so movement at either end, enough to disengage the Y endstop at around 40mm of X travel. The HyperCube is a tiny device that features a micro SD card slot, a male USB connector and two HyperCube also gives iOS/Android device users the ability to instantly access media and data files on Add to Cart by martindn There is already a similar project, called Anet Evolution, based on the Hypercube Evolution, but adapted to. For example, if I home X & Y, then start moving the carriage along the X axis, the right bearing block starts moving towards me and the left one away. There's a slight twist somewhere that's causing the X/Y carriage to wander somewhat at the extremities of the bed. No BOMs or Installation guides but please contact if there are any queries regards the parts.So I've just taken my 'cube completely apart and started to rebuild from scratch, on a flat glass table, making sure to align/square the frame as best I could (armed only with a set square) and I'm still running in to the same problem. I have uploaded the step files just in case someone finds them useful. Discuss on the 'General' forum for the Hypercube 3D Printer group on Thingiverse. Extended Z axis motor mount to allow an additional 20mm clearance just in case I want to change to individual lead screws rather than the integrated ones currently installed.New Universal Mounting Block with a lot more fixing options.Secondly I have mixed my own XY joiner which is fixed to the Y Axis guides with extended fixings. The first is a revision of the Compact Dual Fan mount to include an optical X end stop (non stock).
#THINGIVERSE HYPERCUBE MODS#
New PSU holder with a separate USB feed for the Raspberry Pi if required. Download files and build them with your 3D printer, laser cutter, or CNC. I have published some additional mods for my Hypercube Evo (Links below).Clip Slot System for the Extrusion to tidy all the cables.Easy access hinged Electronics enclosure. The HyperCube Evolution 3D Printer is a CoreXY printer inspired from the excellent HyperCube 3D Printer developed by Tech2C - SCOTT3D Admin Verffentlicht in Allgemein, Technik 3d print, extruder, flexible drive shaft, flexible extruder, hotend, hypercube, hypercube evolution, remote direct drive, remote extruder Hinterlasse einen Kommentar.New Mini Boothy & Manta MK2 adapted Hot Ends.I have retained the majority of the existing parts but the new Designs include: The big advantage of Klipper being that I do not need a onboard screen which helps wire management immensely on the HEVO.
I therefore decided it needed some TLC and along the way I have Klipperised and redesigned some new parts to make it a tidier machine.
#THINGIVERSE HYPERCUBE FULL#
After 2 years of full on usage my HEVO was showing some signs of wear with thermal issues and some Z banding due to the Z axis assembly binding.
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