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Meu registro de compilacao da evolucao do hipercubo de Scott_3D

Impressoras 3D

Se você ainda não tem uma máquina para imprimir este arquivo pode comprar uma impressora 3d aqui!

Você pode imprimir este modelo 3d com estes filamentos ou com estas resinas 3D.

Sobre o objeto 3D Meu registro de compilacao da evolucao do hipercubo de Scott_3D

Este é um arquivo desenvolvido e projetado com ferramenta CAD.

Se você ainda não sabe criar seu próprio modelo 3D eu te ensino neste artigo tutorial sobre Tinkercad.

Meu registro de compilacao da evolucao do hipercubo de Scott_3D foi projetado para Impressora 3D. Update 4/12/202Ordered new .9 degree motors for X/Y axis and new belts and idlers. Will update when I receive the parts and start the work. See Update # 15I'm sorry that Thingiverse has turned this build log into a difficult read.Update 9/22/2019Just finished rebuilding the X carriage for a direct extruder.Used my E3D V6 / Titan Extruder MountI had to make some modifications which I will update it with.See Updates Section.Thank you to Scott_3D for the shared HyperCube Evolution design. The build was, and still is, a very rewarding experience. My printer is operational and printing parts as fine as those proudly presented in Scott's introduction video. I hope that this build log makes future builder experiences as enjoyable as mine.I will try to document those items that I needed to research and/or experiment with to resolve.Scott_3D made a series of videos that are linked here.Thank you again Scott. My build utilized a parts kit from Components Explorer. The makeup of the bill of material is always evolving. Do not assume that the parts I received in the kit are the same as what is currently being supplied. I have been adding my experiences and thoughts to this as I continued my build. The printer is still not complete, although it is currently fully operational. (at least until I break it again trying something new.) The printer is still sitting on the table I used to build it; a 1-1/2 inch thick, very flat, table that I've had since the late 60's. I never imagined that one day I'd build a 3D printer on it.Current Specifications:300x300x300 buildE3D-V6 CloneTitan extruder CloneMega2560 / RAMPS1.4 / Marlin / 24 VoltRaspberry Pi 3B+ / OctoprintBLTouch ProbeLED LightingBed Cooling FanRaspberry Pi CameraParts SourcingAfter sourcing and pricing the parts needed to build the HEVO, I decided to purchase the box of parts from Lin. (AliExpress - Components Explorer) I purchased the 300x300x300 parts list which at that time included the following (In no particular order):Precut 3030 and 2020 extrusionsL brackets, 3030 corner brackets, screws and hammer head nuts12, 10, and 8 mm linear bearing rods and bearingsThree NEMA 17 stepper motorsTwo NEMA 17 stepper motors with 8mm ball screws and anti-backlash nutsClone E3d V6 hot endClone Titan (Titian) extruder with stepper motorPTFE Boden tube200 watt MK2A heated bed (300x300)100K NTC3950 thermistor, and leveling screwsBorosilicate Glass 300x300, Insulation pad, and adhesive build matArduino Mega 2560Ramps 1.4 with five stepper drivers24V to 12V buck converterRamps fan extendermodulePower expansion module (Which I knew was not correct, but that is what Scott_3D called it in the video)Optical end stopsBrass knurled nuts, dowel pins, end caps, leveling feetTiming pulleys and idlers (Flat and Toothed)Inductive sensor2, 3, and 4 core 24AWG UL2464 shielded cable14AWG Silicone Wire24 Volt 500 Watt Power SupplyAC rocker switch with power inlet socket and fuse (No power cord though)Some tools, crimp connectors, solder, rosen, and a 40Watt soldering iron ( which came in handy to insert the knurled nuts)Additional Purchased PartsCrimp ConnectorsPLA 3D Fila, PETG XT 3D Fila, ABS filament (I had this already except for the PETG XT 3D Fila in Yellow which I selected as my HEVO color.)5A and 10A automotive fuses24 volt hotend heaterMOSFET for heated bed.Split cable loom (1/2 inch and 1/4 inch)M6x12mm Button Head screwsM4 washersJST PHR-6P connector plugs. (To make up stepper cables)JST SM 2 and 4 pin connectors (To make up stepper and Fan cables)Heat shrink tubingDial indicator. (To level bed)24 volt part cooling fan12 volt controller cooling fanUSB extension cableRTV Silicone. (To mount thermistor to heated bed.)Kapton tape22awg stranded wire (Black, Red, Green) to wire Power Supply.Additional quantity of 4 core 24AWG UL2464 shielded cable24 volt to adjustable output Buck Converter Suggested ToolsLong nose pliersWire stripperCrimping ToolsMetric Hex Screwdrivers (Allen wrenches are tough on the hands)Strap and large clamp. (Optional but makes squaring the frame easier.)Clamp is used to pull extrusions together for a tight fit.Strap is used to pull diagonally opposite extrusions into square prior to tightening screws. Tape measureCombination Square, Framing Square, and a plastic drafting square (from the days before CAD)Volt/Ohms MeterSmall table top vice to hold parts while installing knurled nuts, soldering, etc.

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