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Hypercube evolution assembly
Hypercube evolution assembly




hypercube evolution assembly
  1. #Hypercube evolution assembly 32 bit
  2. #Hypercube evolution assembly plus

As I've now locked in the design, I can order all the 3030 extrusions plus the 2020 extrusions - can anyone suggest a good seller? I may get them out of China, but its almost 9m of 3030 and shipping will be rather pricey!

  • 12V 400W PSU (hotend and fans etc are 12V - heated bed will be mains powered - 240V ).
  • hypercube evolution assembly

  • E3D V6 hotend, plus a complete E3D Volcano - I'll be making mounts for both for quick change (part of the Hypercube Evolution design).
  • #Hypercube evolution assembly 32 bit

    MKS SBASE control electronics - ARM 32 bit running Smoothieware.I've started buying parts for this, and I'll snap some photos of the bits I've received so far, which include : May not be necessary but the leadscrews is 400mm. I'm also thinking of adding a stabiliser for the leadscrews at the top - a printed bearing housing or something. I will likely use standard steppers with couplers on the z axis rather than integrated leadscrews - slight loss of build height, but cheaper and gives me more options later if I want to swap out TR8/8 for TR8/4 or TR8/2 leadscrews. AC mains gear will be in the right side, and low voltage on the left : I'm adding some additional members to the frame to allow me to have an enclosed split rear cavity. The updated X Carriage assembly with LM10UU bearings (I'll be using much lighter IGUS versions): I've also spaced the 10mm X rails at 50mm rather than the standard 45mm : This is the result - my version of the printer I will be building : Then I set about updating the X Carriage and a number of other components to make it all work together nicely. The adapter allows the 10mm bushes to fit into a carriage designed for LM8UU bearings, whereas I wanted to be able to use IGUS LM10UU equivalent bearings on my X rails.Īs I knew I would be making modifications to several parts, I actually started by redrawing each and every component, taking measurements from the STL files so as I had all the parts in CAD - this was many hours work! With my wide X axis, I also wanted 10mm linear rods, and that is where the standard design was not quite up to scratch in that the standard offering was 8mm rods spaced at 45mm centres, with an option to use 10mm rods and bushes by means of an adapter. My printer will have a print volume of 400mm x 350mm x 350mm - quite a large volume! With the width of the bed at 400mm, I wanted a design with dual Z-Axis leadscrews (left and right) for stability of the platform, and the Hypercube Evolution offered that. The Hypercube Evolution is itself a re-design of the excellent Hypercube by Tech2C. I am opened to any suggestions.I'm about to embark on a build of a Hypercube Evolution printer - a design by Scott_3D available here on Thingiverse. I know it is not perfect but works fine for me. It's my first working carriage/extruder design. If the holes in mount are to small you can use a 3mm drill, but don't make the holes too big, unless you want to loss acuraccy. Other four bolts should sit tightly only inside the carriage and fit into the extruder mount (like in originall hypercube assembly). the only bolt using nut is the one in the centre connecting carriage and extruder mount (and cable chain ones), rest of them should be screwed directly into plastic and sit tightly. whole thing is not compatibile with original Hypercube carriage (you can use original belt clamps for IR sensor version)

    hypercube evolution assembly

    I know it's not perfect solution, but I was able to do it in one minute (remember about the bowden inside heatsing). There is no way to firstly assemble extruder with heatsink and then screw heatblock into it. You have to put hotends assembly through the hole at the bottom and extruder from the top. 2x bolts for connecting BL-touch or IR sensor optionally 2x10mm M3 bolt and 2x M3 nut for cable chain connection 6x10mm for belt clamps(BL-Touch) or 4x10mm & 2x15mm M3 bolts(IR sensor)

    hypercube evolution assembly

    1x30mm and 1x20mm M3 bolt (for blower fan) 5x20mm M3 bolt (for connecting carriage and extuder mount) 3x40mm M3 bolt (for mounting extruder with motor/maximum head high is 3mm) I also wanted to hide as many wires as possible.Ĭarriage with cablechain mount is inspired by this design and you can find proper frame mount in there:īelt tensioning system is the same as original(I know I should put the whole design as remix to it, but for unknown reason I was unable to select it): I decided to design it myself as I wanted it to be one part (extruder mount), have a cablechain mount. I wanted my Hypercube to have direct drive. X-carriage for Hypercube Evolution with mount for direct BMG extruder with E3D-V6 hotend.






    Hypercube evolution assembly