Uploaded November 2022 | Updated September 2026, 1 week ago
In this video series follow along while I built a Voron Trident with new parts and modifications that I've designed. Each episode will contain something new that I will be offering to the Voron community for these core XY high speed printing machines!
In this episode, I assemble the print head / tool head with the newly designed MultiJet Fusion printed parts for the @DYZEDESIGN Extruder Pro and Hot End Pro kit. Thank you so much to DYZE for their contribution to this project with this high quality kit!
Check out the Dyze Design parts here:
► dyzedesign.com/shop/kit/kit-dyzend-pro-dyzextruder-pro-1-75mm
I have designed the typically FDM 3D printed functional parts to now be manufactured using multi-jet fusion 3D printing process. This means that the typical limitations and weak points of FDM printing are eliminated. The once two piece parts are now solid single piece parts with isotropic properties and very high precision. This is the closest to injection molded part quality and strength that you will get for these plastic parts! The material is nylon-12 so you can expect excellent strength and resilience.
In this video I also show the tool head PCB I designed to clean up the hotend wiring. Similar to the Voron hartk design, it uses a 14 pin Microfit 3.0 connector to bring in all of the connections from the mainboard. I am using a 14 conductor IGUS chainflex cable to ensure that it is compatible with the IGUS energy chain that the cable will eventually reside in.
See the github repository here for all of the PCB schematic and wiring details:
► github.com/embracemaking/Voron-Dyze-Design-Print-Head-PCB
If you want to learn more about multi-jet fusion (MJF) printing technology, see here:
► reinvent.hp.com/us-en-3dprint-wp-technical
You can find the designs for the multi-jet fusion parts for the Voron available on my website:
► embracemaking.com
Be sure to get a set of the crimpers used for all of the connector terminals that I used in this video. They work great for both the JST and Microfit terminals. Because you can crimp the insulator and bare wire portion of the terminals individually, you can mix and match the crimping dies to any style terminal you need. Highly recommended!
As an Amazon Associate I earn from qualifying purchases (at no extra cost to you):
Engineers Precision PA-09
► amzn.to/3zkBpwz
IWISS Mini Micro 2820 (Also Similar)
► amzn.to/3JfvHAJ
IWISS Mini Micro 3220 (Also Similar but with ratcheting mechanism)
► amzn.to/3oFjATZ
If you're in Canada, you can get it here for less:
► princessauto.com/en/8-in-wire-stripper-crimping-cutting-tool/product/PA0008731028
Thank you to the Voron community for putting together such an interesting and capable printer to build and modify. The PDF instruction manual is very useful and the PDF documentation can be found here:
► docs.vorondesign.com/build/mechanical
If you have any comments, questions, or suggestions, please put them in the comments section down below! I do my best to respond to everyone!
In the next episode I have another interesting modification for the wiring of the printer! Stay tuned!
Thank you for watching!
#voron #multijetfusion #3dprinting
0:00 Intro
1:35 3D CAD Model
2:00 MJF Parts Threaded Inserts
3:30 Part Cooling Fan Assembly
4:39 Dyze Unboxing and Technical Specs
9:02 HotEnd Assembly
13:46 Extruder Assembly
15:07 Install On X Carriage
18:29 Toolhead PCB
21:36 Wiring to PCB
22:03 PCB Mounting
23:23 Overview
23:56 Outro
****************************************************************
If you enjoy and have benefited from my content and are feeling generous I would love your support! You can "buy me a coffee" here:
► paypal.com/donate/?hosted_button_id=V2T6MEFUGP73Y ☕
By supporting my channel you are encouraging me to continue with this time consuming endeavor. A lot of time goes into design work, building my projects, filming the videos, editing the videos, etc. Plus it all costs money! Your generosity goes a long way in helping me bring you better content as often as I can!
Follow me on Instagram!
► instagram.com/embracemaking 📷
Check out my other designs on Printables!
► printables.com/social/58074-embrace-making/models
In this video series follow along while I built a Voron Trident with new parts and modifications that I've designed. Each episode will contain something new that I will be offering to the Voron community for these core XY high speed printing machines!
In this episode, I assemble the print head / tool head with the newly designed MultiJet Fusion printed parts for the @DYZEDESIGN Extruder Pro and Hot End Pro kit. Thank you so much to DYZE for their contribution to this project with this high quality kit!
Check out the Dyze Design parts here:
► dyzedesign.com/shop/kit/kit-dyzend-pro-dyzextruder-pro-1-75mm
I have designed the typically FDM 3D printed functional parts to now be manufactured using multi-jet fusion 3D printing process. This means that the typical limitations and weak points of FDM printing are eliminated. The once two piece parts are now solid single piece parts with isotropic properties and very high precision. This is the closest to injection molded part quality and strength that you will get for these plastic parts! The material is nylon-12 so you can expect excellent strength and resilience.
In this video I also show the tool head PCB I designed to clean up the hotend wiring. Similar to the Voron hartk design, it uses a 14 pin Microfit 3.0 connector to bring in all of the connections from the mainboard. I am using a 14 conductor IGUS chainflex cable to ensure that it is compatible with the IGUS energy chain that the cable will eventually reside in.
See the github repository here for all of the PCB schematic and wiring details:
► github.com/embracemaking/Voron-Dyze-Design-Print-Head-PCB
If you want to learn more about multi-jet fusion (MJF) printing technology, see here:
► reinvent.hp.com/us-en-3dprint-wp-technical
You can find the designs for the multi-jet fusion parts for the Voron available on my website:
► embracemaking.com
Be sure to get a set of the crimpers used for all of the connector terminals that I used in this video. They work great for both the JST and Microfit terminals. Because you can crimp the insulator and bare wire portion of the terminals individually, you can mix and match the crimping dies to any style terminal you need. Highly recommended!
As an Amazon Associate I earn from qualifying purchases (at no extra cost to you):
Engineers Precision PA-09
► amzn.to/3zkBpwz
IWISS Mini Micro 2820 (Also Similar)
► amzn.to/3JfvHAJ
IWISS Mini Micro 3220 (Also Similar but with ratcheting mechanism)
► amzn.to/3oFjATZ
If you're in Canada, you can get it here for less:
► princessauto.com/en/8-in-wire-stripper-crimping-cutting-tool/product/PA0008731028
Thank you to the Voron community for putting together such an interesting and capable printer to build and modify. The PDF instruction manual is very useful and the PDF documentation can be found here:
► docs.vorondesign.com/build/mechanical
If you have any comments, questions, or suggestions, please put them in the comments section down below! I do my best to respond to everyone!
In the next episode I have another interesting modification for the wiring of the printer! Stay tuned!
Thank you for watching!
#voron #multijetfusion #3dprinting
0:00 Intro
1:35 3D CAD Model
2:00 MJF Parts Threaded Inserts
3:30 Part Cooling Fan Assembly
4:39 Dyze Unboxing and Technical Specs
9:02 HotEnd Assembly
13:46 Extruder Assembly
15:07 Install On X Carriage
18:29 Toolhead PCB
21:36 Wiring to PCB
22:03 PCB Mounting
23:23 Overview
23:56 Outro
****************************************************************
If you enjoy and have benefited from my content and are feeling generous I would love your support! You can "buy me a coffee" here:
► paypal.com/donate/?hosted_button_id=V2T6MEFUGP73Y ☕
By supporting my channel you are encouraging me to continue with this time consuming endeavor. A lot of time goes into design work, building my projects, filming the videos, editing the videos, etc. Plus it all costs money! Your generosity goes a long way in helping me bring you better content as often as I can!
Follow me on Instagram!
► instagram.com/embracemaking 📷
Check out my other designs on Printables!
► printables.com/social/58074-embrace-making/models
