PETALOT
| Qty | Component | Link |
|---|---|---|
| 18 |
Screw M2.3 x 20mm (union between Large Gear and Pulley, fix PCB to wood base) |
↗ |
| 2 |
Screw M2 x 12mm (fix PCB to wood base) |
↗ |
| 3 |
Screw M4 x 35mm (central wooden block, Angle Bracket) |
↗ |
| 14 |
Screw M3 x 20mm (to screw the different parts to the wood base) |
↗ |
| 1 |
V6 Stainless steel nozzle 0.4 mm |
↗ |
| 4 |
Bearing 8x22x7 mm 608RS |
↗ |
| 1 |
90 Degree Angle Bracket 20x20mm |
↗ |
| 2 |
M8x105mm Threaded Rod (I use rod thereaded cut to 10.5cm) |
↗ |
| 4 |
M8 Hex Nylon Insert Lock Nut Self-locking Locknut |
↗ |
| 1 |
M3 8mm for the motor gear |
↗ |
| 2 |
M3 10mm Self-tapping screws for electronic box and motor mount |
↗ |
| 1 |
M3 nut for the motor gear |
↗ |
| 2 |
M3 14mm bolt for motor mount |
↗ |
| 50cm |
Nylon thread 1mm |
↗ |
| 32cm |
Cable Sleeve 6mm |
↗ |
Electronics for PETALOT
| Qty | Component | Link |
|---|---|---|
| 1 |
PCB, gerber for PCB fabrication, just upload this zip file to jlcpcb.com and order your PCB. |
↗ |
| 1 |
Power Supply 12v 5A |
↗ |
| 1 |
Wemos D1 MINI V4.0 (any other version of WeMos that shares the output pins should work) |
↗ |
| 1 |
Mini DC-DC 12-24V To 5V 3A Step Down |
↗ |
| 1 |
Mini Micro Limit Switch Roller Lever Arm (MS-1A-14.5-P) |
↗ |
| 1 |
A4988 stepper motor driver+heat sink (It is quite easy to burn it, especially if you are a beginner, better 2 units) |
↗ |
| 1 |
Nema 17 stepper motor height >=38mm D shaped shaft (17HS4401S-Dupont) |
↗ |
| 1 |
IRLZ44N MOSFET |
↗ |
| 1 |
Hotend MK8 12V 40W![]() |
↗ |
| 1 |
capacitor 16V 100uf |
↗ |
| 1 |
pin header Male and Female |
↗ |
| 3 |
Terminal Block Connector 2P |
↗ |
| 1 |
10K ohms resistors R2 |
↗ |
| 1 |
2K ohms resistors for R1 if firmware version >=1.4 |
↗ |
| 30cm |
Wire 2P 30AWG (for limit switch filament sensor, digital signal, I use the very thin wires stripped from an old LPT1 printer cable) |
↗ |
| 25cm |
Wire 2P 18AWG (I use 25cm from the hotend heater cable) |
↗ |
| 1 |
10A 250V Male Power Socket 3 Pin IEC320 switch + Fuse |
↗ |
| 9+2 |
Terminal Wire Conector Crimp Insulated Ferrule 20AWG (PCB power, IEC320, heater) 24AWG (micro switch) |
↗ |
| 5+5 |
4.8mm Female Terminal and Insulating Sheath |
↗ |
| 25mm |
Heat Shrink Tube 5mm, for filament/strip sensor |
↗ |
| 40mm |
Heat Shrink Tube 2mm, for filament/strip sensor |
↗ |
Bottle Cutter
| Qty | Component | Link |
|---|---|---|
| 2 |
608 RS bearings (I prefer RS instead of ZZ) |
↗ |
| 5 |
Hex Nut M8 |
↗ |
| 3 |
Flat Washer M8x16x1.5 |
↗ |
| 2 |
M8 Hex Nylon Insert Lock Nut Self-locking Locknut |
↗ |
| 1 |
M8x50mm Threaded Rod (for high bearing, I use rod thereaded cut to 48mm) |
↗ |
| 2 |
M8x40mm Threaded Rod (for low bearing and guide, I use rod thereaded cut to 42mm and 30mm) |
↗ |
| 1 |
48cm M6 Threaded Rod (any 6mm rod will do, 48 cm is more than enough for 8-liter bottles) |
— |
| 2 |
Screw M4 x 35mm (to fix the cutter to a wooden base) |
↗ |
TOOLS
| Qty | Component | Link |
|---|---|---|
| 1 |
1.7mm drill bit, for the nozzleTip: It’s sometimes helpful to start by drilling with a smaller bit (1.5 mm) and then finish with the 1.7 mm bit to prevent the hole from expanding to 2 mm |
↗ |
| 1 |
Tile Drill Bits Set for Glass Concrete Ceramic, 8mm, 6mm, for heater block![]() |
↗ |
| 1 |
80W Electric Soldering Iron LCD Digital display Temperature Adjustable |
↗ |
| 1 |
Solder Wire Tin 1mm |
↗ |
| 1 |
Crimper Cable Cutter Wire Stripper Stripping Crimping Pliers Terminal |
↗ |
| 1 |
Crimping Pliers Ferrule Sleeves Tubular Terminal |
↗ |

Screw M2.3 x 20mm (union between Large Gear and Pulley, fix PCB to wood base)
Screw M4 x 35mm (central wooden block, Angle Bracket)
V6 Stainless steel nozzle 0.4 mm
Bearing 8x22x7 mm 608RS
90 Degree Angle Bracket 20x20mm
M8x105mm Threaded Rod (I use rod thereaded cut to 10.5cm)
M8 Hex Nylon Insert Lock Nut Self-locking Locknut
M3 8mm for the motor gear
M3 10mm Self-tapping screws for electronic box and motor mount
M3 nut for the motor gear
M3 14mm bolt for motor mount
Nylon thread 1mm
Cable Sleeve 6mm
PCB,
Power Supply 12v 5A
Wemos D1 MINI V4.0 (any other version of WeMos that shares the output pins should work)
Mini DC-DC 12-24V To 5V 3A Step Down
Mini Micro Limit Switch Roller Lever Arm (MS-1A-14.5-P)
A4988 stepper motor driver+heat sink (It is quite easy to burn it, especially if you are a beginner, better 2 units)
Nema 17 stepper motor height >=38mm D shaped shaft (17HS4401S-Dupont)
IRLZ44N MOSFET
Hotend MK8 12V 40W
capacitor 16V 100uf
pin header Male and Female
Terminal Block Connector 2P
10K ohms resistors R2
2K ohms resistors for R1 if firmware version >=1.4
Wire 2P 30AWG (for limit switch filament sensor, digital signal, I use the very thin wires stripped from an old LPT1 printer cable)
10A 250V Male Power Socket 3 Pin IEC320 switch + Fuse
Terminal Wire Conector Crimp Insulated Ferrule 20AWG (PCB power, IEC320, heater) 24AWG (micro switch)
4.8mm Female Terminal and Insulating Sheath
Heat Shrink Tube 5mm, for filament/strip sensor
Hex Nut M8
Flat Washer M8x16x1.5
1.7mm drill bit, for the nozzle
Tile Drill Bits Set for Glass Concrete Ceramic, 8mm, 6mm, for heater block
80W Electric Soldering Iron LCD Digital display Temperature Adjustable
Solder Wire Tin 1mm
Crimper Cable Cutter Wire Stripper Stripping Crimping Pliers Terminal
Crimping Pliers Ferrule Sleeves Tubular Terminal
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