easydelta BUILD MANUAL easydelta 3D printer design & documentation by Achatz Industries Haefland 8A 6441 PA Brunssum The Netherlands

easydelta BUILD MANUAL easydelta 3D printer design & documentation by Achatz Industries Haefland 8A 6441 PA Brunssum The Netherlands

BUILD MANUAL Welcome to the 1. Edition Build Manual for your easydelta 3D printer The easydelta is designed to be a very easy to build Delta 3D printer Purpose: This Build Manual provides a step-by-step guide needed to assemble a easydelta 3D Printer. Publisher: Achatz Industries (http://reprapuniverse.com) Author of this Document: Franz Achatz (fx_achatz@reprapuniverse.com) Licensing: Reprap: GPL (http://reprap.org/wiki/gpl) This Document: Copyright 2014 Achatz Industries All Rights Reserved. Table of Contents Warnings General Instructions Step 1 - (X, Y, Z Motors) Step 2 - (Power Supply) Step 3 - (Display) Step 4 - (Base Unit) Step 5 - (X, Y, Z Tower) Step 6 - (Top Plate) Step 7 - (X, Y, Z Carriage) Step 8 - (GT2 Belt) Step 9 - (End Stop Switches) Step 10 - (Micro Platform) Step 11 - (Extruder Motor) Step 12 - (Heated Bed) Step 13 - (HotEnd) Step 14 - (Electronic Unit) Step 15 - (Spool Holder) Step 16 - (Fireproof Glass Plate) Step 17 - (Side Panels) Further Instructions Appendix A (Wiring Diagram) Appendix B (Illustrated Bill of Materials) Appendix C (Illustrated Bill of Tools) Page 3 Page 4 Page 5 Page 6 Page 7 Page 9 Page 14 Page 23 Page 24 Page 25 Page 26 Page 28 Page 30 Page 32 Page 35 Page 50 Page 53 Page 54 Page 55 Page 56 Page 57 Page 58 Page 63 PLEASE READ THIS MANUAL CAREFULLY BEFORE ASSEMBLING AND POWERING UP YOUR EASYDELTA 3D PRINTER! Table of Contents 2

Warnings The easydelta 3D printer has motorized and moving parts and a heated build platform. When the 3D printer is in operation always be aware of possible hazards. Never leave your easydelta 3D printer unwatched when in operation. A safe operation of the 3D printer is your own responsibility. Electric Shock Hazard Insert and secure the power cord firmly for proper usage and to avoid potential electricity and fire dangers. Do not attempt to touch or change anything inside before power down the printer. Always power down the printer and unplug the AC power cord if you need to work/check on the electric system. Burn Hazard Never touch the extruder, hotend, nozzle when the 3D printer is in operation, heating up or even cooling down. It can take more than 15 minutes for the hotend to cool down. Also, be very careful touching recently extruded plastic. Burn hazard. Do not touch the heated bed surface during or after operation. Heated surfaces can cause severe burns. Fire Hazard Do not use flammable chemicals or alcohol wipes to clean the easydelta 3D printer. Never place any flammable chemicals or liquids on or near the printer when powered on or in operation. Liquid acetone and vapors are extremely flammable. Never leave your 3D printer unwatched when in operation. Pinch Hazard When the easydelta 3D printer is in operation, take care to never put body parts (e.g. fingers) into the moving parts, including the belts, pulleys or gears. Make sure to tie back long hair or clothing that can get caught in the moving parts of the printer. Static Charge Make sure to ground yourself before touching the electronics unit. Electrostatic charges can damage electronic components. Ground yourself by touching a grounded source before you work on the electronics. You should be aware of the risk of electrostatic damage to the electronic components of this kit, specifically the RAMPS 1.4 board, Arduino Mega 2560 R3 and RAMPS 2004 LCD Display controller. These components are fully tested with the other electrical items before packing the kit, and wrapped in protective anti-static packaging. Damage by electrostatic discharges during unpacking, assembly and normal use is not covered under our warranty. Environment Do not place the easydelta 3D printer on an unbalanced or unstable surface. The 3D printer may fall or tumble causing harm and/or injury. Do not place any objects on top of the 3d printer. Liquids and objects that fall into the printer can lead to printer damage or safety risks. Age Warning Do not let children (under the age of 18) operate the easydelta 3D printer without adult supervision. Electric shock hazard. Moving parts can cause serious injuries. Warnings 3

General Instructions Please carefully read these instructions before assembling your easydelta 3D printer. Checking the Parts Unpack the kit and carefully verify that all parts have been supplied and none have been damaged during shipping. To help you with this, an Illustrated Bill of Materials is available in the Appendix B on page 58 of this Build Manual. We have prepared bags that correspond with the steps pointed out in this manual. Each bag that comes with the kit has its own packaging list and all parts are carefully labeled. if you find any missing or damaged parts please contact us immediately by email: support@reprapuniverse.com Before you start assembling Take your time and carefully read through each chapter of this build manual instructions to gain an idea of what is involved and how much time it will take, before starting assembling. Work on a firm table or work bench in a clean dry well-lit area. Observe tool safety and take anti-static precautions. Level of Skill Building up the easydelta 3D printer requires no advanced technical skills. The easydelta 3D printer is specifically designed to be a very easy to build Delta 3D printer. There is no soldering required during the assembly of the 3D printer as all necessary connections can be made crimping the supplied ferrules. The electronic unit has already been prepared and flashed with Delta firmware and works after connecting. For connecting the electronics keep strictly to the wiring schematics provided in the Appendix A on page 56 of the Build Manual. Make sure you have the necessary technical skills to carry out the work, or enlist the help of someone who does Tools Required A small tools bag with essential tools is part of the kit. Please open this bag first and keep the tools aside during assembly. Some tools are required at multiple steps. Please see the Bill of Tools in the Appendix C on page 63 of this Build Manual for a detailed overview which tools are supplied / required. Some essential tools need to be user-provided. The small tools bag contains the following parts: 2.5 mm Drill Bit M1.5 Hex Key M2.Hex Key Anti-static Anti-magnetic Tweezers Spiral Wrap 8 mm - 2.5 m Copper Wire - 10 m - Red Copper Wire - 10 m - Black Ferrules Heat Shrink Tubing 2.4x100 mm Micro SD 4 GB Bootlace Ferrules UHU Glue Stick 8gr! 1x 1x 1x 1x 1x 1x 1x 20 x 10x 1x 4 x 1x easydelta Quick Installation Guide After you have successfully assembled your easydelta 3D using this Build Manual continue with the easydelta Quick Installation Guide for operational & software instructions. Technical Support If you are having a technical question or run into any problem please contact: support@reprapuniverse.com. We will always do our best to resolve any problems encountered. We currently offer support in the following languages: English, German and Dutch. For general questions or issues please make sure to visit the reprap.org wiki first. General Instructions 4

Step 1 - (X, Y, Z Motors) Mount the NEMA 17 stepper motor with connector to the easydelta stepper motor mount plate using four M3x10 mm bolts and four M3L washers. Attach the GT2 pulley onto the motor shaft and secure it with the M3 set screw. Check the connector if the colors are sorted in the right order: red - blue - green - black. Repeat this step 2x. Step 1 - (X, Y, Z Motors) 5

Step 2 - (Power Supply) Mount the power supply unit to the easydelta power supply plate using four M3x10 bolts and four M3L washers. Connect the green wire (Supply-ON signal) with (ONE!!!!) black wire of the power supply unit. You can solder the connection or use some of the extra ferrules. If you use the ferrules, make sure to properly crimp the ferrules. You can use a needle-nose plier for crimping. Cover the connection with the supplied heat shrink tubing and heat it up to make it shrink. Step 2 - (Power Supply) 6

Step 3 (Display) Mount four M3x12 spacers with four M3x10 bolts and four M3L washers to the easydelta display back plate. Connect the RAMPS FC cable (marked 1 and 2) to its appropriate positions in the RAMPS 2004 LCD unit and RAMPS smart adapter. Turn the easydelta Display back plate around and attach four M3x12 spacers to the end of the bolts. Now, fix the RAMPS 2004 display and secure it with four 10 mm display spacers. Step 3 - (Display) 7

Attach the easydelta display front plate and secure it with four M3x10 bolts and four M3S washers. Attach the knob. Step 3 - (Display) 8

Step 4 (Base Unit) Prepare the easydelta middle plate. Attach the RAMPS mount bracked printed part using four M3x16 bolts, four M3 nuts and eight M3L washers. Take care about the direction of this mounting plate (part mounted to the side that does not display ACHATZ). Take the easydelta bottom plate and attach the first motor unit on it. Using a rubber mallet will help. Step 4 - (Base Unit) 9

Repeat for the other motor units. Take care about the direction of the plate as displayed below. Put the easy Delta power supply plate, the easydelta display plate and the easydelta side plate in place. Step 4 - (Base Unit) 10

Attach and fix the easydelta middle plate above and create a sandwich mount as displayed below. Use a rubber hammer to get everything tight. But be very careful with this step! Step 4 - (Base Unit) 11

Pre-drill holes using the 2.5 mm drill bit supplied with the tools bag for the easydelta bottom and easydelta middle plates (pre drill 6 holes each side). This is a critical step. TAKE YOUR TIME! Step 4 - (Base Unit) 12

Secure the easydelta top plate using six 2.9x16 pan head screws and six M3S washers. Use the same procedure for the easydelta bottom plate. Step 4 - (Base Unit) 13

Step 5 - (X, Y, Z Tower) Prepare the easydelta extrusion mounting plate using a M5x30 bolt, a M5S washer and the plastic feet printed part. Repeat this step 2x. Slide in the first 750 mm extrusion through the opening of the plates and secure it on the bottom with the just created mounting plates. Step 5 - (X, Y, Z Tower) 14

Use the same procedure for the other two 750 mm extrusions. Step 5 - (X, Y, Z Tower) 15

X, Y and Z extrusions mounted. Step 5 - (X, Y, Z Tower) 16

Slide in two 770 mm smooth rods 8 mm for each tower unit. Turn the easydelta extrusion mounting plates until the smooth rods slide in the two holes of the easydelta extrusion mounting plates. Step 5 - (X, Y, Z Tower) 17

Extrusions and smooth rods installed. Step 5 - (X, Y, Z Tower) 18

Slide a LM8UU bearing onto each smooth rod. Step 5 - (X, Y, Z Tower) 19

Prepare the belt idler unit using (from right to left) a M5x30 bolt, a M5L washer, a M5S washer, two 605ZZ radial ball bearings, a M5S washer, a M5L washer, a plastic spacer printed part, a M5L washer and a T-slot nut. Repeat this step 2x. Mount the belt idler units on top of the three tower extrusions (approximately 1-1.5 cm from the top). Step 5 - (X, Y, Z Tower) 20

Prepare the easydelta spool holder and easydelta extruder motor plates using two M5x12 bolts, two M5S washer and two T-slot nuts for each plate. Attach the Threaded Bowden Coupling onto the easydelta extruder motor plate. Step 5 - (X, Y, Z Tower) 21

Attach the two plates onto the Z tower extrusion. The extruder motor plate should be located about 35-40 cm from the ground. Step 5 - (X, Y, Z Tower) 22

Step 6 - (Top Plate) Secure the easydelta top plate with the extrusion mounting plates using three M5x20 bolts and three M5L washers. Step 6 - (Top Plate) 23

Step 7 - (X, Y, Z Carriage) Prepare the carriage printed part with 4 tie-wraps. Mount the carriage to the LM8UU bearings previously installed on the smooths rods. Cut the tie-wraps. Step 7 - (X, Y, Z Carriage) 24

Step 8 - (GT2 Belt) Mount the GT2 timing belt to the carriage using two tie-wraps for each tower unit. The belt tension can be adjusted by moving the belt idler (located at the easydelta top plate) up or down. Check if the GT2 pulley is aligned. Belt should be located in the middle of the plate outlet. Step 8 - (GT2 Belt) 25

Step 9 - (Endstop Switches) Prepare the mechanical endstop switches with the connected 2-pin cable by using two M2 bolts, two M2 nuts, four M2 washer and mount it to the endstop holder printed part. Fix an M3x20 bolt, two M3L washer and a nut for tightening the unit later to the smooth rod. Repeat this step 2x. Assemble the end stop unit onto the smooth rod of a tower near the end of the easydelta top plate. Step 9 - (Endstop Switches) 26

Arrange the cabling using the spiral wrap for each extrusion. Cut +- 25 cm of spiral wrap per extrusion. All three endstop switches are in place. We will adjust the correct position later! See the easydelta Quick Installation Guide for more information. Step 9 - (Endstop Switches) 27

Step 10 - (Micro platform) Mount the six carbon fibre rod units onto the micro platform using a M3 nut and a M3S washer each. Mount the other ends of the carbon fibre rod units to the three carriage units. Step 10 - (Micro Platform) 28

Micro platform and rod units mounted. Step 10 - (Micro Platform) 29

Step 11 - (Extruder Motor) Mount the NEMA 17 stepper motor to the motor block printed part using three M3x10 bolts and three M3S washers. Mount the MK7 drive gear to the motor shaft using the M4 set screw. Heat up a M3 nut (with a lighter of heat gun) and melt it in the hole on the side of the motor block. Step 11 - (Extruder Motor) 30

Use the 1.75 mm sample piece of filament and check if the drive gear is correctly aligned. Attach the motor unit onto the easydelta motor mounting plate using two M3x16 bolts, two M3 nuts, two M3L washers and two M3S washers. Step 11 - (Extruder Motor) 31

Step 12 - (Heated Bed) The Heated Bed is subject to rapid change and the instructions provided in this Build Manual might be outdated. Actual instructions for the Heated Bed will always be delivered with the Kit. The heated bed will be fully prepared. No soldering required. Please consider the instructions on the Heated Bed in this Build Manual as indicatory only. Mount six M3x12 spacers using six M3x10 bolts and six M3L washer onto the easydelta middle plate of the base unit. Position of the LED s. Step 12 - (Heated Bed) 32

Positions of the 100k thermistor and the two 1,8 k resistors on the back of the heated bed. Heated bed with thermistor cable and the heater cables wired and fixed with kapton tape. Step 12 - (Heated Bed) 33

Cables go into the centre hole of the easydelta top plate. Secure the heated bed using six M3x10 bolts and six M3L washers. Step 12 - (Heated Bed) 34

Step 13 - (HotEnd) Aluminium E3D v6 - all metal hotend 1.75 mm heat sink and coupling. For more information & assembly instructions on the E3D v6 consult http://wiki.e3d-online.com/wiki/e3dv6_documentation Insert the bowden coupling into the heat sink. Step 13 - (HotEnd) 35

Prepare the hotend holder printed part for the aluminium heat sink. Use a rubber mallet to insert the aluminium heat sink into the hotend holder printed part. Step 13 - (HotEnd) 36

Place two M3 nuts into the holes and secure it with two M3x20 bolts and two M3L washers. Step 13 - (HotEnd) 37

Insert the E3D v6 1.75 mm heat break into the heat sink. Step 13 - (HotEnd) 38

Prepare the E3D v6 heater block. Cut two pieces of fiberglass sleeving for Insulating the NTC 100k Semitec (Type 5) thermistor. This Build Manual focusses on using the NTC 100k Semitec thermistor that goes to 300 C (which let you print 95% of all available filaments). If you plan to go beyond 300 C you have to swap the thermistor for the thermocouple wire. You might also need to upgrade your electronics for this step. For information & support: www.e3d-online.com Step 13 - (HotEnd) 39

Mount the thermistor onto the heater block using the M3x3 socket dome screw. Mount the ceramic heater catridge with the M3x10 socket dome screw. Use two ferrules for joining the thermistor wires. Step 13 - (HotEnd) 40

Connect the thermistor with about 1.5 m of the black and red copper wire. You can solder the connection or use ferrules. Please make sure to crimp the ferrules for making easy quick high temp joints. Step 13 - (HotEnd) 41

Use heat shrink tubing to cover the connections. Step 13 - (HotEnd) 42

Attach the heater block onto the heat break and mount the 0.4 mm e3d v6-1.75 mm nozzle. Prepare the fan unit. Step 13 - (HotEnd) 43

Attach the 30x30x10 mm DC fan onto the fan E3D v6 fan duct using four 2.9x16 pan head screws. Extend the fan cable again by either soldering or using the ferrules with the red and black copper wire (cut the copper wire cable at a length of about 1.50 m). Cover the connection with heat shrink tubing. Step 13 - (HotEnd) 44

Attach the hotend holder unit on top of the micro platform using two M3 x 30 bolts, four M3L washers and two M3 nuts and click the fan unit onto the aluminium heat sink of the hotend. Insert the 800 mm PTFE tube into the coupling of the hotend, all the way down!!!!!!! Step 13 - (HotEnd) 45

Collect all cables and cover them together with the PTFE tube by using about 50 cm spiral wrap. Insert the PTFE tubing into the coupling of the extruder motor. Extend the wire of the ceramic heater catridge with heater wire (ca. 30 cm) by using either ferrules or soldering. Do not forget to crimp the ferrules properly. Cover the connection with heat shrink tubing. Step 13 - (HotEnd) 46

Get all cables in place. Use again about 50 cm of the supplied spiral wrap for nicely covering the cables. Step 13 - (HotEnd) 47

Extend the extruder motor cable with the 4-pin motor cable. You can again either use the ferrules or solder the connection. Use heat shrink tubing to cover & protect your wire extension. Step 13 - (HotEnd) 48

easydelta Build Manual All cables lead to the electronics unit. Prepare the filament guidler using one M3x20 bolt, one M3S washer, one M3x30 bolt, four M3L washer, one 608ZZ radial ball bearing, one M8 washer and the filament guidler printed part. Mount the filament guidler to the motor block. Prepare the hand wheel printed part. Heat up an M3 nut and melt it into the hand wheel printed part. Now mount the hand wheel printed part on top of the MK7 drive gear on the NEMA 17 motor shaft using an M3 set screw. Step 13 - (HotEnd) 49

Step 14 (Electronic Unit) Mount the Arduino MEGA 2560 R3 board using four 2.5x12 w-screws. Attach the RAMPS 1.4 assembled board to the Arduino MEGA 2560 R3 board. Also connect the RAMPS smart adapter of the RAMPS 2004 display unit. Connect the USB 2.0 cable to the Arduino MEGA 2560 R3 board. Step 14 - (Electronic Unit) 50

Install the Ice-blue stepper motor drivers onto the RAMPS 1.4 board. Pay careful attention to the direction of the stepper motor drivers as wrong installation will destroy your electronics! Apply the heat sinks to the stepper motor drivers. Make sure you set the reference voltage of the stepper motor drivers to 0.5-0.6 V. You can find more information on the stepper motor drivers on: http://reprap.org/wiki/stepstick Please consult Appendix A (Wiring Diagram) on page 57 of this Build Manual on how to connect the motors, endstop switches, thermistors and power supply. Use the supplied bootlace ferrules at the end of the power supply wires. IT IS IMPORTANT THAT YOU CONNECT THE ELECTRONICS CORRECTLY. WRONG INSTALLATIONS CAN DESTROY YOUR ELECTRONICS! Step 14 - (Electronic Unit) 51

Mount the brushless axial fan 40x40x10 mm to the RAMPS fan mount printed parts using four M3x16 bolts, four M3 nuts and four M3S washers. Click the RAMPS fan mount on the assembled RAMPS 1.4 board for cooling of your electronics. The fan is plugged into the 12V D2 spot on the RAMPS 1.4 board. Step 14 - (Electronic Unit) 52

Step 15 - (Spool Holder) Assemble the spool holder using the M8x110 mm treaded rod, three M8 nuts, four M8 washers and two spool circles. Step 15 - (Spool Holder) 53

Step 16 - (Fireproof Glass Plate) Attach the 290 mm fireproof glass plate onto the heated bed using four 25 mm bulldog clips. Step 16 - (Fireproof Glass Plate) 54

Step 17 - (Side Panels) Click the three side panels into position on the base unit. Step 17 - (Side Panels) 55

Further Instructions easydelta Quick Installation Guide After you have successfully assembled your easydelta 3D using this Build Manual continue with the easydelta Quick Installation Guide for operational & software instructions. You can find the easydelta Quick Installation Guide on http://www.reprapuniverse.com/documentation Further Instructions 56

Appendix A (Wiring Diagram) Screw terminals for the POWER connection (RAMPS board) There are four 12 V screw terminals located at the RAMPS board. Two for +12 V and two for GND. Please always use two wires from the power supply for each terminal. Yellow wire = + 12 V, black wire = GND (four yellow and four black power supply wires). Use another yellow/black wire pair for the hotend fan and the RAMPS cooling fan. Stepper Motor Drivers Pay careful attention to the direction of the stepper motor drivers as wrong installation will destroy your electronics (see image on page 51 of this Build Manual) Apply the heat sinks to the stepper motor drivers. Make sure you set the reference voltage of the stepper motor drivers to 0.5-0.6 V. You can find more information on the stepper motor drivers on: http://reprap.org/wiki/stepstick Appendix A - (Wiring Diagram) 57

Appendix B (Illustrated Bill of Materials) Step 1 - X, Y, Z Motors M3x10 Bolt M3L Washer M3 Set Screw GT2 Pulley NEMA 17 Stepper Motor with Connector easydelta Stepper Motor Mount Plate 12x 12x 6x 3x 3x 3x Step 2 - Power Supply M3x10 Bolt M3L Washer Power Supply Unit Techsolo Micro ATX 400 W easydelta Power Supply Plate 4x 4x 1x 1x Step 3 - Display M3x10 Bolt M3L Washer M3S Washer M3x12 Spacer 10 mm Display Spacer RAMPS 2004 LCD Display RAMPS FC Cable RAMPS Smart Adapter easydelta Display Front Plate easydelta Display Back Plate Knob Printed Part 8x 4x 4x 4x 4x 1x 2x 1x 1x 1x 1x Step 4 - Base Unit M3x16 Bolt M3L Washer M3S Washer M3 Nut 2.9x16 Pan Head Screw RAMPS Mount Bracket Printed Part easydelta Middle Plate easydelta Bottom Plate easydelta Side Plate 4x 8x 12x 4x 12x 1x 1x 1x 1x Appendix B - (Illustrated Bill of Materials) 58

Step 5 - X, Y, Z Tower M5x12 Bolt M5x30 Bolt M5S Washer M5L Washer T-Slot Nut 605ZZ Radial Ball Bearing LM8UU Linear Bearing Plastic Spacer Printed Part 1.75 mm Bowden Coupling 750 mm Extrusions 770 mm Smooth Rods 8 mm 4x 6x 13x 9x 7x 6x 6x 3x 1x 3x 6x Plastic Feet Printed Part easydelta Extrusion Mounting Plate easydelta Extruder Motor Plate easydelta Spool Holder Plate 3x 3x 1x 1x Step 6 - Top Plate M5x20 Bolt M5L Washer easydelta Extrusion Mounting Plate late easydelta Top Plate 3x 3x 3x 1x Step 7 - X, Y, Z Carriage Tie-Wraps Carriage Printed Part 12x 3x Step 8 - GT2 Belt GT2 Timing Belt - 155 cm Tie-Wraps 3x 6x Appendix B - (Illustrated Bill of Materials) 59

Step 9 - Endstop Switches M2x16 Bolt M2S Washer M2 Nut M3x20 Bolt M3L Washer M3 Nut Endstop Switch with connected 2-pin cable Endstop Holder Printed Part 6x 12x 6x 3x 6x 3x 3x 3x Step 10 - Micro Platform M3S Washer M3 Nut Carbon Fiber Rod Unit Micro Platform Printed Part 12x 12x 6x 1x Step 11 - Extruder Motor M3x10 Bolt M3x16 Bolt M3S Washer M3L Washer M3 Nut MK7 Drive Gear M4 Set Screw NEMA 17 Stepper Motor 1.75 mm Sample Filament (ABS) Motor Block Printed Part 3x 2x 3x 2x 3x 1x 1x 1x 1x 1x Step 12 - Heated Bed M3x10 Bolt M3L Washer M3x12 Spacer Heated Bed ONYX Rev6 Assembled 12x 12x 6x 1x Appendix B - (Illustrated Bill of Materials) 60

Step 13 - HotEnd 2.9x16 Pan Head Screw M3x20 Bolt M3x30 Bolt M3S Washer M3L Washer M3 Nut M8 Washer M3x3 Socket Dome Screw M3x10 Socket Dome Screw 608ZZ Radial Ball Bearing E3D v6 1.75 mm Heat Sink + Coupling 4x 3x 3x 2x 9x 5x 1x 1x 1x 1x 1x E3D v6 1.75 mm Heat Break E3D v6 Heater Block E3D v6 Fan Duct E3D v6 Fibreglass Sleeving E3D v6 Thermocouple Wire 100 k NTC Thermistor Semitec Ceramic Catridge Heater 12v / 40w 30x30x10 mm DC Fan PTFE Tube 2 inner / 4 outer 800 mm HotEnd Holder Printed Part Filament Guidler Printed Part 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x Motor 4-pin Cable Heater Wire 30 cm E3D v6 Nozzle 0.4 mm / 1.75 mm Hand Wheel Printed Part M3 Set Screw 1x 2x 1x 1x 1x Step 14 - Electronics Unit M3x16 Bolt M3S Washer M3 Nut 2.5x12 W Screw Arduino MEGA 2560 R3 Board USB 2.0 Cable Ice-blue Stepper Motor Driver RAMPS 1.4 Assembled Board Brushless Axial Fan 40x40x10 mm RAMS Fan Mount Printed Part 4x 4x 4x 4x 1x 1x 4x 1x 1x 2x Step 15 - Spool Holder M8 Washer M8 Nut M8x110 mm Threaded Rod Spool Circles 4x 3x 1x 2x Step 16 - Fireproof Glass Plate 290 mm Fireproof Glass Plate Bulldog Clips 32 mm - 4 Pcs 1x 1x Appendix B - (Illustrated Bill of Materials) 61

Step 17 - Side Panels easydelta Side Panel 190 x 65 mm easydelta Side Panel 230 x 65 mm 1x 2x easydelta Tools Bag 2.5 mm Drill Bit M1.5 Hex Key M2.Hex Key Anti-static Anti-magnetic Tweezers Spiral Wrap 8 mm - 2.5 m Copper Wire - 10 m - Red Copper Wire - 10 m - Black Ferrules Heat Shrink Tubing 2.4x100 mm Micro SD 4 GB Bootlace Ferrules! 1x 1x 1x 1x 1x 1x 1x 20 x 10x 1x 4 x UHU Glue Stick 8gr 1x easydelta Spare Parts Bag easydelta Extrusion Mounting Plate late Endstop Holder Printed Part Filament Guidler Printed Part Carriage Printed Part 1x 2x 2x 1x Appendix B - (Illustrated Bill of Materials) 62

Appendix C - (Illustrated Bill of Tools) Appendix C (Illustrated Bill of Tools) Essential Provided Tools 2.5 mm Drill Bit M1.5 Hex Key M2.Hex Key Anti-static Anti-magnetic Tweezers UHU Glue Stick 8gr 1x 1x 1x 1x 1x Essential User-Provided Tools M2.5 Hex Key M4 Hex Key Utility Knife Spanner for M3 Nut Spanner for M8 Nut Rubber Mallet Ruler Needle Nose Plier Wire Cutter Scissors Lighter 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x Small Crosstip (Phillips) Screw Driver Small Flatbladed Screw Driver 1x 1x Desirable User-Provided Tools Electric Drill / Driver Heat Gun Soldering Iron Soldering Thin 1x 1x 1x 1x Appendix B - (Illustrated Bill of Tools) 63