Matrix - Hemera Ender 6

cults3d

----NOTE UPDATE--- 20-4-2023 Base files are replaced due to a naming error which produced a repeated file Added a version to connect an inductive sensor in the volcano model. 14-11-21 1.2 - corrected a bug in the left double fan duct 4020 Updated and improved: Modified 5015 fan support Matrix-LIte The stl's needed to install a Matrix lite (BETA) version have been introduced, in principle they should work perfectly. -Matrix Normal and Volcano base -Fan ducts 4020 Normal and VolcanoMatrix lite -Fan adaptor 5015 Matrix lite With this file you will be able to install a Hemera/matrix, Normal or Volcano extruder on your Ender 6, with a very effective, resistant and very stable result. Installation is simple, you have to have a minimum knowledge of 3d printing maintenance. For the installation of the base you will need 1 screw (M3x8mm) and 2 screws (M3x20mm) that will support the upper cable tie plus the base. To support the extruder motor you will need 4 screws (M3x6mm) with the square nuts that come with the extruders themselves. For the 4020 layer fan you will need 3 screws (m3x18mm) and glue to glue the duct to the fan. For the relocation of the limit switch sensor you will need 2 screws (M3x6mm) and two T-M3 nuts. this is necessary to get the new bed center and avoid frontal collision. and for safety and to avoid frontal collision you can install 2 front stops with 2 screws (M5x12mm) and two nuts in T-M5. other sizes are valid if you don't have M5 but the bigger the better. IMPORTANT: it is recommended to print everything in PETG with a minimum of 8 perimeters, a layer height not too high in order not to lose definition and a filling high enough to be able to make pressure with the screws without breaking the perimeters and to avoid malformations with the temperature if the printer is closed or if technical materials are used. INSTALLATION MODE 1.Disassemble the entire original Creality extruder and only leave the wires coming from the tube. 2.Separate the motor from the extruder leaving the motor on one side and the heatsink and gears on the other side. Screw the motor to the printed base, either Normal or Volcano, with the 4 M3x6mm screws and the square nuts from the kit. 4.Screw the base with the motor to the original metal plate (in principle you can only screw the left screw, the motor blocks the right one depending on the type of screw you use) leave it as level as possible. 5.Then mount the heatsink and the gears with the hotend that you want Normal or volcano with the probes already inserted, (usually come in the kits a capsule for the original probe). Mount the fan of the original heatsink or one that you want by passing all the cables through the rear, through the channel that has the base. Remember to insert a wire for the 4-wire nema motor usually comes in the packs if you didn't need at least 90cm, and insert the wires for the 4020 fan or cut and splice the original ones. 8.If you want to place the filament sensor as close to the extruder as possible, remember to insert a longer cable. 9.install the 4020 layer fan with the 3 M3x18mm screws and attach the vent duct according to the model chosen. if you opt for the 4020 double fan version you will also need 3 additional M3x18 screws in addition to printing the extra part. 10.Attach the top piece that holds the cable tube with 2 M3x20 screws to hold the tube and platform to the carriage (if the screws are long they can be obtrusive from behind). You will have to move the end of stroke sensor as far back as possible with 2 M3x6mm screws and two T-M3 nuts and you can move it according to the start of the bed. 12.(optional) Place the two front screws with T-nuts to avoid collision with the straps. 13.It is possible that the extruder wires are reversed, you simply change the wires at the connector ends (reverse them). 14.You have to put in the start GCODE of the laminator under the line G92 E0 M92 E330 to change the extruder pitches (Matrix and Hemera usually have 330) They can also be changed and saved in the EEPROM of the SD card via Pronterface or Repetier Host for example. 15.The size of the bed you have to measure how much your axes move, X and Y will depend on screws and stops that you use. in principle I have been able to print in measures of 26.5x26.5 the standard is 25x25 and to the taste of each user. 16.For the installation of the ducts for the fan 4020 you have to download it from the following links (https://www.myminifactory.com/object/3d-print-e3d-hemera-artillery-sidewinder-x1-mount-106053) you only need the Normal or Volcano ducts. and thank the creator for his work. For the installation of the 5015 fan you have to download the following link (https://www.thingiverse.com/thing:4042492) it is a great design that also deserves your liking. I am adding a modified file to be able to install the 5015 in Normal or Volcano. 18.For the dual fan installation you need the included modified ductwork. 19.These are some works already tested and working, but it is possible that they may have some error so I would accept your comments and I would modify it without problems. 20.I recommend changing a number of accessories to improve quality and performance but they are not necessary. NTC 100K ohm B3950 thermistor: https://ali.ski/N2kQnx Brass heating block https://ali.ski/UyXPM Heating block platedcopper: https://ali.ski/FSx39 60W cartridge: https://ali.ski/yYnup Heater block heater: https://ali.ski/roaaf_ Nozzle v6: https://ali.ski/Kb_cd Matrix bimetallic barrels: https://ali.ski/yi3TRQ very quiet 4040 fans: https://ali.ski/_gGqOk