The Bigtreetech Panda Touch is an add-on accessory for Bambu Lab printers, although it is best suited to the P1 series. With very fast installation and setup, you will add a Bambu Lab style UI as an alternative to the P1 series interface, as well as other features like portability thanks to an inbuilt battery. Perhaps most importantly, it offers control of print farms by allowing you to send commands and start print jobs on multiple machines at once.
In this video, we cover unboxing, installation, setup and functionality. All is currently well, but there are some other considerations you should include before purchasing.
This product has been provided to me free of charge by BTT for the purpose of making this video. All opinions are my own. It has been tested in accordance with my review policy: teachingtechyt.github.io/reviewpolicy.html
1:20 What is the Panda Touch? Biqu page: https://biqu.equipment/products/bigtreetech-panda-touch-5-display-for-bambu-lab-printers Aliexpress page (affiliate): https://s.click.aliexpress.com/e/_DnsZZKZ
BTT Panda Touch - Convenient and Powerful, but with potential future issuesTeaching Tech2024-02-09 | Check out my 2nd channel, TT Racing: youtube.com/@ttracingYT
The Bigtreetech Panda Touch is an add-on accessory for Bambu Lab printers, although it is best suited to the P1 series. With very fast installation and setup, you will add a Bambu Lab style UI as an alternative to the P1 series interface, as well as other features like portability thanks to an inbuilt battery. Perhaps most importantly, it offers control of print farms by allowing you to send commands and start print jobs on multiple machines at once.
In this video, we cover unboxing, installation, setup and functionality. All is currently well, but there are some other considerations you should include before purchasing.
This product has been provided to me free of charge by BTT for the purpose of making this video. All opinions are my own. It has been tested in accordance with my review policy: teachingtechyt.github.io/reviewpolicy.html
1:20 What is the Panda Touch? Biqu page: https://biqu.equipment/products/bigtreetech-panda-touch-5-display-for-bambu-lab-printers Aliexpress page (affiliate): https://s.click.aliexpress.com/e/_DnsZZKZ
I own a five tool Prusa XL, which is now working pretty well. For many people though, this 3D printer is just too expensive. In this series, we are attempting to take a StealthChanger toolchanger mod intended for the Voron 2.4, and adapt it to the Sovol SV08 Voron clone. In this episode, we complete what I hope is the final wiring to the six tools (but maybe not), and build a modular dock to hold the idle SV08 tools.
This printer and the additional toolheads were received free of charge from Sovol for the purposes of making this series. Everything else I’ve paid for myself.
I like KAMP adaptive purging so much that I wish I could use it with every 3D printer, not just those running Klipper. In this video, I achieve just that, using slicer variables to create adaptive purge lines next to the print. This guide explains the process and has multiple examples to customise.
Thanks to kyleisah and the other KAMP contributors for their excellent work.
I have used many, many 3D printers in my time, but which ones do I actually use each week? What do they do well, and what needs fixing because it has become annoying. In this video, we work through my most used machine one at a time.
Sorry about the cicada background noise. They are crazy loud and there’s nothing I can do.
I needed a custom storage box with some trick articulation, but the universe wanted to fight me every step of the way. I got there in the end, and levelled up with my design skills. This is that story.
A summary of the curse: Plywood changed composition and would not cut cleanly Laser cutter belt became loose and then detached Repair of laser cutter was stupidly awkward New problems introduced after repair which needed calibration Laser cutter not square Power outage once everything was actually working 3D printer decides to randomly reset for the first time, mid print 2nd choice 3D printer decides PETG will not stick no matter what Rain on the day I wanted to paint Broken blade trying to shorten a screw Rain now that I’m done While I was filming the last shot, my dog stole a new pillow and ripped it to shreds
2:27 Design concept Setting up a makerspace video: youtu.be/kYTo9w31Tso Flip open tool box: https://www.amazon.com.au/Edward-Tools-Portable-Organizer-Storage/dp/B087T8K8T8
3:29 CAD model
4:33 Manufacturing round 1
6:52 Redesign
7:34 Round 2: The curses begin 7mm plywood: https://www.bunnings.com.au/1200-x-396mm-7mm-plywood-pine-premium-bc-grade_p0390153
11:01 Making everything for the third time
14:14 Final assembly
16:31 Finished product
17:08 Conclusion
Buy quality and affordable filament from X3D. Buy 3, get 1 free and a free sample pack with every order: www.x3d.com.au
Get Quality Resins from 3D Printers Online. 5% off storewide for Teaching Tech subscribers [Code: tech5] https://3dprintersonline.com.au/
Take a look around and if you like what you see, please subscribe.
F1 in Schools is an amazing competition I wish was available back when I was at school. In this video, I’m joined by Team Surge, one of Australia’s representatives in the upcoming World Finals. The aim is to compare regular FDM 3D printing filaments with professionally produced SLS Nylon 12 parts, across a range of areas like surface finish, mass, accuracy and impact strength.
The results are not really that surprising to me, and remind me that an affordable and safe SLS machine for consumer use would be amazing.
Thank you to Team Surge for being a pleasure to collaborate with. Their design and engineering process is impressive, as is their organisation and communication. They provided a lot of data and media to me to aid in making this video. Go Australia!
Please visit their website and vote on what material they should use.
I own a five tool Prusa XL, which is now working pretty well. For many people though, this 3D printer is just too expensive. In this series, we are attempting to take a StealthChanger toolchanger mod intended for the Voron 2.4, and adapt it to the Sovol SV08 Voron clone. In this episode, we follow an excellent guide to convert to mainline klipper, and redo the toolchanger wiring much better using a Bird’s Nest Klipper USB hub.
This printer and the additional toolheads were received free of charge from Sovol for the purposes of making this series. Everything else I’ve paid for myself.
The Magneto X from Peopoly was the company’s first FDM 3D printer. Furthermore, it included linear motors to do away with belts and pulleys. After examining the technical aspects of this system previously, I set out to give this machine a proper review. After many hours of tuning, printing and fitting updated parts, we aim to answer two questions. Is this printer ideal for engineering style filaments, and does it ‘just work’ or require a level of tinkering?
This machine was provided free of charge by Peopoly for the purposes of review. The previous, prototype Magneto X was donated to a school. This printer has been tested in accordance with my review policy. All opinions expressed are my own. teachingtechyt.github.io/reviewpolicy.html
Fuzzy skin is seen as a novelty for 3D printing, but the aim of this video is to demonstrate that it actually offers a lot of possibilities if parameters are carefully controlled. Furthermore, with the right settings, a fuzzy skin like texture can be added to the top surfaces, adding texture on all visible surfaces.
A huge thank you to Matt for sharing the fuzzy top surfaces technique with me. Please check out his Etsy store here: etsy.com/uk/listing/1752096514
I own a five tool Prusa XL, which is now working pretty well. For many people though, this 3D printer is just too expensive. In this series, we are attempting to take a StealthChanger toolchanger mod intended for the Voron 2.4, and adapt it to the Sovol SV08 Voron clone. In this episode, I answer some questions, add some 2020 extrusions, work out how to add multiple toolheads and complete the wiring for this.
This printer and the additional parts were received free of charge from Sovol for the purposes of making this series. Everything else I’ve paid for myself.
7:33 The wiring and packaging plan USB hub isolated - I've removed this link as in the next part of the series it is replaced with something far superior.
Wham Bam is releasing what they hope is the ultimate 3D printer bed, made from carbon fiber. Is it a breakthrough or just marketing hype? In this video, I undertake extensive testing and examine the strengths and weaknesses.
These beds were provided free of charge by Wham Bam for the purposes of testing and providing feedback. The products will be tweaked prior to production based on the testing group’s feedback. All opinions expressed are my own and the product has been tested in accordance with my review policy: teachingtechyt.github.io/reviewpolicy.html
You’ve got yourself a CNC router or mill, but now you need to learn how to generate gcode for it. In this video, we cover an entire workflow for Kiri:Moto, a free and open source CAM CNC program. This includes setup of machine and tools, global preferences, various toolpath operations and exporting options.
If you feel that the Carvera Air is being mentioned a lot in this video, that is simply because that is the CNC I have donated to a school. I’m just trying to cater this video to them to make their experience as smooth as possible.
0:00 Introduction
0:45 What is 3D CAM?
1:29 Kiri:Moto and other options Website/docs: https://docs.grid.space/projects/kiri-moto Cloud version: https://grid.space/kiri/ GitHub: github.com/GridSpace/grid-apps
2:15 Initial (machine) setup
3:29 Tool setup
4:29 Global settings
6:19 Importing and altering geometry
6:45 Stock fixing - Tabs vs tape
8:13 Adding operations - Outline toolpath
9:39 Pocket toolpath
10:13 Contour toolpath
11:12 Rough toolpath
12:31 Preview, simulation and export
14:40 Saving profiles and jobs
15:12 Conclusion
Buy quality and affordable filament from X3D. Buy 3, get 1 free and a free sample pack with every order: www.x3d.com.au
Get Quality Resins from 3D Printers Online. 5% off storewide for Teaching Tech subscribers [Code: tech5] https://3dprintersonline.com.au/
Take a look around and if you like what you see, please subscribe.
I love products that you make yourself as a project with a 3D printer and other tools. In this video, I showcase the Cateran Mk2, an almost entirely 3D printed guitar from Filatone Instruments. Since I’m only a novice musician, I was lucky enough to have my friend Andrew come in and test the guitar properly. In addition to his verbal feedback, I think his big smile says a lot. I highly recommend this project.
The Cateran k2 and all of the hardware was purchased with my own money, apart from the fret wire which was generously donated by Andrew. All opinions expressed are my own.
One additional thing to mention is that nothing is glued here, so you can reprint anything you’re not happy with, or simply change the colour if you desire. I will probably redo the body in another
Everything has an app these days, and even more things require you to make an account of some sort. However, a good app with the right feature set can really accentuate a hobby, in this case 3D printing. In this video, we cover some fantastic apps across a range of categories that can take your 3D printing game to a higher level.
Thanks to my patrons for their suggestions and feedback in making this video.
Layer lines tend to diminish the appearance of FDM 3D prints, so in this video, we cover five techniques for reducing their appearance. Four of these are replicable by anyone by using simple filament changes and/or slicer settings.
Adaptive layer height is also available in Cura under the ‘experimental’ heading.
Thanks to Lee for requesting a guide on variable layer height, which inspired the rest of the video.
I love designing my own solutions for problems I encounter in everyday life. However, I never considered that competitive 3D modelling would be of value until I explored the competitions run by Too Tall Toby. In this video, I outline how the competition works, and why the opportunities provided can improve you as a designer even if you don’t compete.
Johan from Nerds.ph has created an amazing process that combines full colour 2D printing with 3D printing, using sublimation. In part 2 of this guide,we test ways to avoid the need for a sublimation printer, by utilising regular colour laser and inkjet printers. I also test out some of your suggestions from part 1.
Johan from Nerds.ph has created an amazing process that combines full colour 2D printing with 3D printing, using sublimation. In this guide, I will take you through the cheapest way to get started, and explain all of the best slicer and print settings so you can replicate these results.
Compliant mechanisms are marvels of modern manufacturing. Complex, moving parts, but made from a single piece with calculated deformation. In this video, I showcase an array of 3D printed compliant mechanisms, and outline some valuable tips for designing and printing your own.
Thanks to my patron Geoff for requesting this video.
I own a five tool Prusa XL, which is now working pretty well. For people though, this 3D printer is just too expensive. In this series, we are attempting to adapt a Stealthchanger toolchanger mod intended for the Voron 2.4, and adapt it to the Sovol SV08 Voron clone. In this episode, I outline the project, setup the SV08 and make the first changes to the interface and power supply.
This printer and the additional parts were received free of charge from Sovol for the purposes of making this series. This video is not intended as a review. I haven’t had the printer long enough to conduct exhaustive testing. Even so, I have communicated my honest experience and opinion based on strengths and weaknesses, as per my review policy: teachingtechyt.github.io/reviewpolicy.html
Thanks to the community, we continue to squeeze more and more out of 3D printing. In this video, we use Small Area Flow Compensation to do just that. This slicer feature alters the flow rate of short extrusions to eliminate bulging and mess. As I demonstrate, it’s quick and easy to tune with the help of the right model and supporting tool.
Not every 3D printer will benefit greatly from this. Based on my testing, I would suggest that the thicker/taller the extrusion, the more benefits will be found.
Thanks to Alexander T. Moss, mjonuschat and all other contributors for their great work.
Previously I enjoyed building a custom 18650 battery for my portable Monoprice Mini delta 3D printer. And then some of the cells failed, limiting overall voltage and making my charger unhappy. I wanted to build a replacement that is serviceable, as a trial run for a much bigger, more expensive and powerful battery I’ve had planned for way too long. In this video, I present you with my experimental build and how I have tried to solve some problems with this approach.
This is not intended as a guide! This method is currently unproven.
My MPMD no longer uses a heated bed, so this battery will have a very easy life. The future battery however, has 320 cells configured to produce 72V and a lot more current. Please help me refine the concept in readiness for that.
0:00 Introduction
0:51 The traditional way Previous 18650 battery building video: youtu.be/tKg-jIrr_JE
8:21 Design and Manufacture Kiri:Moto: https://grid.space/kiri/ Purchase the Carvera CNC (affiliate): bit.ly/3CVfsq3 Use code 'TeachingTech' for a small discount.
Sometimes you just need the part, even if the process is compromised. In this video, we go through the dodgiest 3D printing shortcuts and hacks that actually work. These may get you through in a pinch, but I would not recommend them long term.
Please own up to which of these you’ve tried, and add anything good/bad ones I’ve missed.
I’ve seen people complain in the comments that new age 3D printers like those from Bambu Lab are hard to work on, with components hidden in hard to reach areas. In short, these machines are not designed for disassembly and reparability in mind. In this video, I undertake a series of fixes in Bambu Lab printers and compare the process to more traditional designs.
Thanks to Kevin E for requesting part of this video.
Recently, I put out a community post inviting the 3D printing community to have their say on the state of 3D printing. This was a follow up to an influential survey from three years ago. In this video, we examine what the community likes and dislikes, their priorities, and propose a new 3D printer that aims to meet their needs.
At times this project was fun, and other times it was hell. Ultimately, by building on the fantastic work of others, we have an emulated Spacemouse that can be made for $20 of parts, thanks to Arduino and 3D printing. My version is a little bigger than I expected, so maybe a V2 is on the cards.
Thanks to Shiura and all of the other contributors to this great project.
I personally only tune my hot end PID for a single temperature wit the part cooling fan at 100%. But perhaps a lot more accuracy and stability can be found with conditional PID tuning. In this video, I take you through what PID is, how to tune it, and how to tube it for various scenarios and apply the, in the slicer. In theory this is superior, but in practise the effort may not be worth the meagre returns. What do you think?
Non-planar 3D printing is truly mesmerising to watch, and for the right type of model, vastly improves the appearance and surface quality. Thanks to the community, this feature is now available in a recent version of PrusaSlicer. In this video, I take you through the journey, the quirks, and the potential of non-planar 3D printing.
Hopefully this code can be ported into other slicers and developed even further. Even in its current experimental form it’s still worth having.
0:43 What is non-planar 3D printing? Daniel Ahlers’ master thesis: https://tams.informatik.uni-hamburg.de/publications/2018/MSc_Daniel_Ahlers.pdf Previous non-planar video: youtu.be/gmePlcU0TRw
Makera previously launched the Carvera desktop CNC, to much acclaim. Unfortunately, the machine was too expensive for many. In response, Makera now has the Carvera Air, a cheaper version that still retains many smart features. In this video, I test it out to determine the strengths and weaknesses, to let you make an informed decision.
This machine was provided to me free of charge by Makera for the purposes of making this video. All opinions expressed are my own. The machine will be donated to a local school where I am certain it will do a fantastic job.
There are more and more recycling options available for DIYers to use with 3D printing. In this video, I test a range of products from Tylman Design. They include the PETmachine (PET strip to PET filament) and PETwelder + Mr Winder (filament joining and winding). Although a certain investment is needed to get going, these products and the process itself can be very effective.
Both kits were provided free of charge by Tylman Design for the purposes of me making this video. All opinions expressed are my own. teachingtechyt.github.io/reviewpolicy.html
It’s time for some home based injection molding. I’ve had this machine since 2014, but it has been sitting idle for a while now, due to an error on my part. Previously, I attempted to mold some bespoke silicone washers to seal the machine, and did manage to mill a two part aluminium mold ready for recycled plastic. In this video, I make some further repairs and alterations and finally put through some shredded PLA with frustrating results. Is it worth more modifications and testing? At the moment, I think not.
Please note that this machine is sold to suit 110V mains voltage. In Australia we use 220V, and I’m pretty sure I removed one heater and converted the other. If you also use 220V, you would need to do the same or use a step down converter. It’s also worth noting that this machine was never intended to be used with this type of plastic. If I were to stick to the original Plastisol material, it would likely have been flawless.
X1Plus community firmware for the Bambu Lab X1 series is out! Here is a concise, to the point video taking your through prerequisites, installation, features, and updating.
Thanks to the X1Plus team for all of their efforts, as well as Bambu Lab for allowing their customers a choice.
After my first Magneto X video, many viewers had questions and requests regarding the linear motors. In this video, we take a detailed look at how they work, what each electronics component does, and stress test across a range of areas to see if linear motors are a worthwhile advancement for 3D printing, or just a gimmick.
Thanks to all of the people who asked questions in the first video, and to the Peopoly engineers who then answered my questions.
This 3D printer was sent to me free of charge by Peopoly, so I could provide feedback and suggest improvements for production models. There was originally no request to produce any videos about the Magneto X. After the first video, many viewers requested more information on the linear motors, prompting this follow up. All opinions expressed are my own.
The launch of the Prusa XL was delayed and problematic. My own difficulties were documented in a previous video. I’ve now modified and upgraded the printer to the latest spec, and thankfully it is now working much better. In this video, I take you through the process and identify where the XL excels and struggles versus the competition.
Thanks very much to Shane for his patience and support.
This printer was purchased with my own money. All opinions expressed are my own.
Soon, the visible seam on 3D printed parts will be greatly diminished, thanks to a new development called scarf seams. In this video, I shine a spotlight on the work of the developers, as well as the work of the community in testing to make sure it works. All the details you need to test yourself are included, plus my own testing results across a range of 3D printers.
4:07 How to test this yourself before it is officially released A huge thanks to the X1Plus team for telling me about this and also assisting me in downloading the pre-release version. x1plus.net My previous X1Plus video: youtu.be/Oio2ibz7rMw
I prefer to use free and open source options when I can, but when it comes to CAD I use the free but proprietary Onshape. I’ve previously tried but didn’t enjoy FreeCAD, but now we have Ondsel, an improved version that fixes problems and addresses community requests.
In this video, I compare Ondsel to FreeCAD, Onshape and even Fusion360 (this is the most I’ve ever used it). Trying to separate frustrations from being unfamiliar, I make a list of what works well, what is limited, and what still needs to be improved.
I really despise pointing out flaws in something free and open source, but I’ve tried to do so constructively, providing specific examples where these limitations are a problem. I’m sure some FreeCAd advocates will be upset over my conclusion, but the way it and Ondsel approach 3D modelling is quite different from Onshape/Fusion360/Inventor/Solidworks/SolidEdge/etc. They have converged on an intuitive and logical approach. FreeCAD/Ondsel deviates from this, but is it an improvement or hindrance?
Thanks to my patrons Derek and Novaplusplus for their assistance in making this video.
The Magneto X was announced in 2023 to much interest, due to its large build volume and innovative linear motor system. Importantly, all of the software was open source. When Peopoly offer me the chance to be part of the field testing team, I jumped at the chance to try and improve the product for eventual customers.
I know that some of the changes I made have definitely been included in the production printers, but I’m not sure if everything has. Fortunately, because it’s easy to alter things to your taste, users can easily replicate any changes that were not. I’m not sure who else was part of the test team, but I’m sure the improvements were a collaborative effort.
This 3D printer was sent to me free of charge by Peopoly, so I could provide feedback and suggest improvements for production models. There was originally no request to produce any videos about the Magneto X, but Peopoly did not object when I described this video. All opinions expressed are my own.
UDPATE: Article from OpenScan addressing the discussion in the comments about whether or not this is Open Source: https://www.openscan.eu/post/is-openscan-an-open-source-project
A 3D scanning photogrammetry rig that automates image capture and post processing, for free, and open source! It sounds too good to be true, but based on my testing it’s not. After you purchase the hardware kit, everything is free.
I’m not a patient person when it comes to prep for painting or 3D scanning, so the fact that my results were impressive tells you that this product is easy to use for almost everyone.
Most of this hardware was provided free of charge by OpenScan for the purpose of making this video. It was tested in accordance with my review policy. All opinions expressed are my own. teachingtechyt.github.io/reviewpolicy.html I was so impressed by OpenScan, I made a donation here: buymeacoffee.com/openscan
If you like 3D printing, why not enjoy it in a video game? In this video, I test 3D PrintMaster Simulator on Steam, a 3D print farm management video game. It promises building, upgrading and maintaining 3D printers, and using them to create customer jobs on command. The reality is a game full of potential that falls short on execution, so I’ve tried to provide some constructive feedback and suggestions to take the game forward.
I originally received a code free of charge to test this game from the developer. However, I also purchased a copy and gifted it to my nephew on Steam. My total gameplay was just over three hours.
Klipper has grown much more popular, and with that we receive more and more options from developers. In this video, we test CYD Klipper, a simpler alternative to KlipperScreen that can be setup very easily and for little cost. Hopefully it is a viable and affordable option for the Klipper community.
3D printings are becoming easier to use and capable of better results, so why not use them to create amazing projects. In this video, I showcase six hand selected projects primarily made with a 3D printer. I advise on how hard they are to print, assembly difficulty, hardware required and educational value.
All of these projects were worthwhile and satisfying, so thank you to the creators who released them free of charge. Also, a big thanks to my kids for their help, especially my daughter, who has all the hallmarks of a budding maker.
Firmware for the Bambu Lab X1 3D printer has been reverse engineered, with a community version available in X1plus. In this video, I take you through every aspect in detail so you can decide if you would like to try it. Even if you don’t we explore how having a community variant of the firmware will drive new features, like we already have with OrcaSlicer and Bambu Studio.
In preparing this video I have been as diligent as possible, testing the firmware by printing absolutely everything I could on it. This amount to around 40 hours of printing using various filaments and slicers. I spoke extensively with X1plus devs, and even discussed this firmware directly with Bambu Lab CEO Dr Tao.
This video was checked for technical accuracy by the X1plus team before publishing. There are so many baseless accusations out there that it was important to ensure this video was factual. All information is accurate to the best of my knowledge in accordance with the X1plus team findings.
What will happen next? Let me know what you think in the comments.
As 2023 comes to a close, there’s some burning questions I’d like help answering. In this video, I explore six mysteries on my mind, in the hope we can solve them in 2024.
Generally, this video is fun, but community toxicity is a serious topic worth examining. Let’s hope we can do so in a positive way.
To get the best out of 3D printing, it helps if you can design your own parts. In this tutorial series, we will learn to use a free 3D CAD program to do just that.
In this episode, I demonstrate how to use simple shapes with helices and patterns to create repeating geometry suitable for vase mode 3D printing. The same concepts are repeated each time, with small variations, which means you can easily change aspects to experiment and see how the final result is altered. I also cover what vase mode is and how to activate it in your slicer.
This tutorial is near the end of a long series. It assumes you are already proficient with Onshape. If you try to follow this as a beginner, you will find it way too fast. Please see the earlier videos in the playlist to pick up the basics.
Bambu Lab continues their disruption of the 3D printer market with the new A1 and AMS lite. Sharing components from both the A1 mini and more expensive X1/P1 series, the A1 aims to offer a smooth ‘just works; experience for a hugely competitive price. In this video, I conduct a detailed test to find what it does well and expose its weaknesses.
I would have liked the print quality, specifically the part cooling to be a little better, but even in this state, I feel this package offers an amazing all around experience. For comparison, the last printer I tested from a reputable brand had been out for months and still had significant issues and unfinished features. This 3D printer isn’t perfect but its smart features, ecosystem and support network remove many of the barriers to those new to 3D printing.
This printer was provided free of charge for the purpose of making this video. It was tested according to my review policy linked below. All opinions expressed are my own.
6:24 Bambu Lab part cross compatibility PEO patterned bed on Aliexpress: https://s.click.aliexpress.com/e/_DCTHuU1 Garolite bed plates for Bambu Lab printers: https://vpsdata.shop/bambulab
I am passionate about finding ways to recycle waste prints and filament, so I needed a filament pelletizer. None of those already published quite met my requirements, so I designed my own from scratch.
This video also aims to help Naomi Wu, a maker with the utmost integrity, who has put the community first repeatedly. Her actions have drawn negative attention from her government, and she effectively cannot post on social media anymore.If you need a threaded insert heat press, support Naomi by purchasing this one from her store:
This product was sent to me free of charge by Naomi for the purpose of testing, BEFORE I learned of her current situation. I was happy to pay for one, but she is very generous. It has been tested in accordance with my review policy and all opinions expressed are my own: teachingtechyt.github.io/reviewpolicy.html
0:00 Introduction
0:36 Naomi Wu is an asset to the maker community Naomi Wu’s YouTube channel: youtube.com/@Naomi-Wu
3D printing is a powerful tool for creating practical solutions. In this video, I showcase five times where a simple, practical print recovered a problematic situation. If you need evidence that it’s useful to pick up some 3D design skills, this should be it.
If you need some thorough destructive testing, or some sweat/sunscreen licked off your arm, please get in contact with Bret and Jemaine.
Finally, a decent end result when it comes to recycling 3D print waste into another product. Precious Plastic have some fantastic machines, but they are not intended for low volume users like myself. In this video, I show how a simple and inexpensive t-shirt heat press can be used to convert shredded plastic, or Bambu Lab purge poops, into uniform, flat sheets.
All equipment was purchased with my own money. Total cost: just over $200 USD. In future, I’m going to try melting down more types of plastic to recycle them. Let me know your ideas and suggestions in the comments.
3D printing slicing software developers are producing fantastic new features very regularly. Today, we test out the new SVG emboss in PrusaSlicer. This guide covers what an SVG file is, where to find them, converting to SVG from jpeg, and different ways to apply them to 3D models before printing.
I also take the chance to update the performance of the 5 tool Prusa XL with the latest PrusaSlicer beta update. The ramming feature being enabled has made a significant difference, but there are still some areas which need attention.
Some commenters pointed out that my XL testing was all done wit the alpha release of the firmware and slicer. This is a fair criticism, so in the interest of fairness and transparency, let's rectify that.
The original video was already long and the problems I was seeing were posted on the forums by others BEFORE the alpha releases came out, hence why I didn't include a roll back test.
Hopefully this video confirms the problems are with the XL, not just the alpha firmware/slicer. Fingers crossed Prusa come through with some timely fixes.