JanTec Engineering
Perfect 3D Printing Supports using this Trick!
updated
This video explores an interesting idea to make 3D prints stronger by injecting molten filament into the infill. Inspired by AIM3D’s patented Voxelfill, I experiment with different techniques—from purging into negative volumes to automatically filling infill using custom G-code.
I test the impact on strength and stiffness, share my findings, and show you how to try it yourself.
This technique can be applied on any 3d printer, like Prusa MK4, Prusa CORE One, Prusa XL, Creality or Bambulab machines.
🔗 Useful Links
Test Files on Printables: printables.com/@JanTec
Airbrush nozzle: https://s.click.aliexpress.com/e/_oDBRvco (aff)
Z-Pinning Paper: sciencedirect.com/science/article/abs/pii/S2214860418310492
AIM3D Patent:
worldwide.espacenet.com/patent/search/family/080933472/publication/EP4100235B1?q=pn%3DEP4100235B1
3D Printer Recommendation: prusa3d.com/product/original-prusa-xl-semi-assembled-single-toolhead-3d-printer/#a_aid=jantec (aff)
💚 Support Me
AliExpress Affiliate: https://s.click.aliexpress.com/e/_oFiqj47 (aff)
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil Affiliate: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
📄 Sources
CNC Kitchen's video about 12 3D Printing Innovations at FORMNEXT 2024:
youtu.be/GocP5EajSRM?si=dHGGl1-VJTy7YX51
Z-Pinning Paper: sciencedirect.com/science/article/abs/pii/S2214860418310492
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 Intro
02:03 Key Concept
03:29 1. Test: Regular Nozzle
05:29 PCBWay AD
06:09 2. Test: Airbrush Nozzle
07:32 3. Test: Filling Infill
09:02 Mechanical Testing
11:04 Further Improvements
#3dprinting
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
FTC Disclaimer: A percentage of sales is made through Affiliate links
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
Part of the video is sponsored by PCBWay.
What’s the best 3D printer filament? In this video, I tackle one of the most common questions in the 3D printing community. I asked my audience and fellow content creators to find the top filament brands and materials.
I’ll also show you how to compare filaments like a pro, read technical datasheets, and avoid falling for marketing tricks.
Whether you're a beginner or an experienced maker, this guide will help you to find the best filaments for your 3D printing projects!
Polymaker, Prusament, Sunlu or Bambu Lab - who will win?
This video in German: youtu.be/pD7952e1etQ
💚 Support Me
AliExpress Affiliate: https://s.click.aliexpress.com/e/_oFiqj47 (aff)
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil Affiliate: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
🔗 Creators featured in this video
Courtney @FilamentStories
Igor @MyTechFun
Taylor @CanuckCreator
Jonathan @thenextlayer
Hendrik @hen3drik
Alan @MandicReally
Albert @247printing
📄 Sources
Thermoplastics - Physical Properties: engineeringtoolbox.com/physical-properties-thermoplastics-d_808.html
CNC Kitchen's video: "Does the filament color change the strength of your 3D printed parts? I printed and tested over 100 samples from 10 different filament colors to answer that question!"
youtu.be/BMSp1WDqtpI?si=qH9QkI1i8gMpwdLG
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 Intro
00:45 Materials
02:05 Community Survey
03:19 Content Creator Interviews
08:03 PCBWay
08:48 How to Compare Filaments
12:36 Technical Datasheets
15:07 Winner: Best Filament Brand?
#3dprinting
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
FTC Disclaimer: A percentage of sales is made through Affiliate links
This video dives into the world of 3D printing support structures, covering everything from optimizing slicer settings and designing better 3d models to testing breakaway and soluble filaments.
I'll also take a look at unique tricks, like using a permanent marker as a release agent, and learn how to simplify or eliminate supports altogether for cleaner, more efficient prints. Whether you're a beginner or an experienced maker, this guide will help you take your 3D printing skills to the next level! Most of the tricks can be applied on any 3d printer, like Prusa MK4, Prusa XL, Creality or Bambulab machines.
🔗 Useful Links
This video in German: youtu.be/dcW5efpZ5O4
My video about material combinations: youtu.be/KnvEhYCimKc?si=Y0AjTxD8Hx_em4ta
Test Models on Printables: printables.com/model/1130232-support-test-models-overhangs-breakaway-supports-s
My Website: https://jantec.xyz
3D Printer Recommendation: prusa3d.com/product/original-prusa-xl-semi-assembled-single-toolhead-3d-printer/#a_aid=jantec (aff)
💚 Support Me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
📄 Sources
Design Rules Hydra Research: hydraresearch3d.com/design-rules#unsupported-holes
Gyro the Dodo: community.ultimaker.com/files/file/2007-gyro-the-dodo-by-virtox
PVA Video from ModBot: youtube.com/watch?v=Wl_YNe9Z8Rk
Prusa Forum Post Marker Trick: forum.prusa3d.com/forum/english-forum-general-discussion-announcements-and-releases/new-method-of-printing-perfect-supports
Non-Planar 3D Printing:
Paper: mdpi.com/2504-4494/8/6/270
Arc Overhangs extrude self-supporting arcs next to each other that allow printing huge horizontal overhangs into free air. Check out the video from CNC Kitchen:
youtu.be/B0yo-o47688?si=ChoWi2kTEwaAZYGi
📌 Products and 3D models shown in the video:
Support Test Models on Printables: printables.com/model/1130232-support-test-models-overhangs-breakaway-supports-s
Xioneer Starter Set: amzn.to/3WsDenJ (aff)
Prusa XL: prusa3d.com/de/produkt/original-prusa-xl-teilmontierter-3d-drucker-3/#a_aid=jantec (aff)
Prusament PLA: prusa3d.com/de/produkt/prusament-pla-simply-green-1kg/#a_aid=jantec (aff)
Nobufil ABSx: nobufil.com/product-page/abs-filament-astro-black/?ref=JanTec (aff)
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 Intro
00:36 Classic Supports
01:59 Organic/Tree Supports
03:28 Design Tips
04:49 Breakaway Supports
07:16 PCBWay
08:06 Soluble Supports
11:52 Permanent Marker Trick
13:28 Other Concepts
#3dprinting
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
FTC Disclaimer: A percentage of sales is made through Affiliate links
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
The video is sponsored by PCBWay.
In this video, I test the PLA-HR filament from Biqu, which was specially developed to print the perfect airless basketball.
To do this, I analysed the mechanical properties (resilience, flexural modulus, tensile strength, notched impact resistance) and then printed a full-size airless basketball on my Prusa XL 3D printer.
This video in German: youtu.be/UHbwnT61xVM
🔗 Useful Links
My Website: https://jantec.xyz
3D Printer Recommendation: prusa3d.com/category/original-prusa-mk4/#a_aid=jantec&a_bid=fe5157d7 (aff)
Biqu PLA-HR: https://s.click.aliexpress.com/e/_DDmWXBR (aff)
💚 Support Me
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
📄 Sources:
wilson.com/en-us/explore/basketball/airless-prototype
https://biqu.equipment
en.wikipedia.org/wiki/Resilience_(materials_science)
Video from Uncle Jessy: youtu.be/qI_a-LaVqns?si=o1-yud3F2ouBsF80
Video from 3D Printing Nerd: youtu.be/GTPYk2NYTxY?si=-mFMxow1BOyVyDrv
Video from mpoxDE: youtu.be/tOHrzJU-NY4?si=d8ZUQaaqtfR8jyCd
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 Intro
01:09 PLA-HR
02:12 Requirements Airless Basketball
03:41 Printing
06:00 Mechanical Properties
08:08 JLC3DP WJP
09:12 Printing Airless Basketball
10:25 Testing & Comparing the Ball
11:51 Summary
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
This video includes paid ad integration for JLC3DP.
Also code ''24BFC7'' to get $50 off on the C7 ergonomic chair
FlexiSpot E7plus standing desk:
bit.ly/47O93Mc (US)
bit.ly/4gLM884 (CA)
FlexiSpot C7 Ergonomic Chair: bit.ly/4fE8OpJ (US)
In this video, I’ll share how to print challenging filaments like ABS, ASA, TPU, and PP without special equipment or enclosures. By combining materials like PLA as a base layer, we can reduce bed adhesion issues and warping.
In a tutorial, I'll show how to use this method on any 3d printer, like Prusa MK4 or Bambulab, using a manual filament change.
These tricks will help you create durable, smooth prints without investing in multi-material printers or enclosure setups.
🔗 Useful Links
My Website: https://jantec.xyz
3D Printer Recommendation: https://www.prusa3d.com/category/orig... (aff)
My last video about material combinations: youtu.be/KnvEhYCimKc?si=5BLNnuL4TLpFaK0q
💚 Support Me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
📌 Products and 3D models shown in the video:
Prusa XL: prusa3d.com/de/produkt/original-prusa-xl-teilmontierter-3d-drucker-3/#a_aid=jantec (aff)
Used Filaments:
Prusament PLA: prusa3d.com/de/produkt/prusament-pla-simply-green-1kg/#a_aid=jantec (aff)
Prusament PETG: prusa3d.com/de/produkt/prusament-petg-urban-grey-1kg/#a_aid=jantec (aff)
Fiberlogy Fiberflex TPU: prusa3d.com/de/produkt/fiberlogy-fiberflex-40d-black-filament-850g/#a_aid=jantec (aff)
Nobufil ABSx: nobufil.com/product-page/abs-filament-astro-black/?ref=JanTec (aff)
Joints: printables.com/model/704930-flexible-wrist
Phone Case: printables.com/model/604457-iphone-15-pro-case
Warping Test: printables.com/model/86721-bed-adhesion-warping-test
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00
#️⃣ Hashtags
#WarpFree3DPrinting #ABS3DPrinting #FilamentCombinations
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
FTC Disclaimer: A percentage of sales is made through Affiliate links
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
The video is sponsored by FlexiSpot.
youtu.be/1LvwfGyV29o?si=M4sFEek3AWDR6H6S
In this video, I share some insights from the 3D Printopia 2024, also known as the East Coast Rep Rap Festival, and show you 6 innovative 3D printers from the community. From a revolutionary belt printer to a modular MSLA printer, the projects presented offer exciting insights into the future of 3D printing. Don't miss out on the unique designs and features!
A big shout out to my sponsor Siraya Tech, who made part of my trip to the US possible!
https://siraya.tech (Advertisement)
Siraya Tech on Amazon: amzn.to/3YbUlez (aff)
🔗 Useful Links
My Website: https://jantec.xyz
3D Printer Recommendation: https://www.prusa3d.com/category/orig... (aff)
3D Printopia: 3dprintopia.com
📌 3D printers (booths) shown in the video
1) VoRinci
NAK 3D Designs: youtube.com/c/NAK3DDesigns
2) Prometheus: Open Source MSLA
On Github: github.com/TheContrappostoShop/Prometheus-MSLA
3) Positron
Kit by LDO: tidd.ly/4eOpcTU (aff)
Cheaper alternative: https://s.click.aliexpress.com/e/_DdywHFF (aff)
Siraya Tech
Website: https://siraya.tech (ad)
On Amazon: amzn.to/3YbUlez (aff)
4) Babybelt
Github: github.com/RobMink/Babybelt
5) Crooked Crow Voron
No further resources available yet
6) Quadrupolar Express (NBR)
Video by Nathan: youtu.be/9OBDJbKhOGo?si=_m_lpeC5rTUFHu57
💚 Support Me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 3D Printopia
01:11 1) VoRinci
02:22 2) Prometheus: Open Source MSLA
03:36 3) Positron
05:08 Siraya Tech
06:28 4) Babybelt (Printcepts)
07:38 5) Crooked Crow Voron
08:43 6) Quadrupolar Express (NBR)
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
In this video, I test and analyze which 3D printing filaments, including PLA, PETG, TPU, and ABS, can be effectively combined for multi-material prints. Using a custom tensile test setup, I explore the best combinations for adhesion, support structures, and practical applications, offering tips on reducing warping and improving print quality.
🔗 Useful Links
My Website: https://jantec.xyz
3D Printer Recommendation: prusa3d.com/#a_aid=jantec (aff)
🇩🇪 This Video in German: youtu.be/XdLatRhwVE8
💚 Support Me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameters with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% off at Nobufil with the code "JANTEC"!
📌 Products and 3D models shown in the video:
Prusa XL: prusa3d.com/de/produkt/original-prusa-xl-teilmontierter-3d-drucker-3/#a_aid=jantec (aff)
SUNLU S4:
At Amazon: amzn.to/3ZsSm6I (aff)
At SUNLU: sunlu.com/de-de/products/sunlu-filadryer-s4?srsltid=AfmBOortgE5nv24zw8tFrN8We4HT9o-ZZj8aK7Gh-JjvnRXJGyJujLBg&sca_ref=6495256.1gL2gIhMnx (aff)
Used Filaments:
Prusament PLA: prusa3d.com/de/produkt/prusament-pla-simply-green-1kg/#a_aid=jantec (aff)
Prusament PETG: prusa3d.com/de/produkt/prusament-petg-urban-grey-1kg/#a_aid=jantec (aff)
Fiberlogy Fiberflex TPU: prusa3d.com/de/produkt/fiberlogy-fiberflex-40d-black-filament-850g/#a_aid=jantec (aff)
Nobufil ABSx: nobufil.com/product-page/abs-filament-astro-black/?ref=JanTec (aff)
Shown 3D-Models:
Joints: printables.com/model/704930-flexible-wrist
Phone Case: printables.com/model/604457-iphone-15-pro-case
Warping Test: printables.com/model/86721-bed-adhesion-warping-test
👐 Follow me on my other social media channels to never miss any updates:
X (Twitter): https://x.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapters
00:00 Intro
00:45 Motivation
01:47 Test Setup
02:47 Filament Selection
03:53 Printing the samples
04:30 Testing + Results
05:21 WJP at JLC3DP
06:30 PLA-PETG: Chain
07:42 PLA-TPU: Joints
08:12: PETG-TPU: Phone Case
08:51: PLA-ABS: Anti-Warping Trick
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy through the link - at no extra cost for you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
In this video, I test HIPS filament (high-impact polystyrene) in detail and show why it is more than just a support material. I determine the mechanical and thermal properties, compare expensive and cheap HIPS and show the advantages and disadvantages compared to PLA, PETG, ABS and many other filaments. Whether as a spare part, for prototypes or as a support material - HIPS has more to offer than you might think!
🔗 Useful links
This video in German: youtu.be/61Qkbp37CBs
My website: https://jantec.xyz
3D printer recommendation: prusa3d.com/category/original-prusa-mk4/#a_aid=jantec&a_bid=fe5157d7 (aff)
Fillamentum HIPS: tidd.ly/3ACeph2 (aff)
Blue HIPS on Amazon: amzn.to/3XcROQH (aff)
💚 Support me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code ‘@JanTec’ and get up to 200 Prusameter when you buy your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% discount at Nobufil with the code ‘JANTEC’!
📌 Products and 3D models shown in the video
Fillamentum HIPS: tidd.ly/3ACeph2 (aff)
Blue HIPS on Amazon: amzn.to/3XcROQH (aff)
Cheap HIPS on AliExpress: https://s.click.aliexpress.com/e/_DE06opH (aff)
More HIPS filaments: tidd.ly/4g8bj4H (aff)
Vision Miner Nano Adhesive: tidd.ly/4dTJafs (aff)
📸 I use this equipment for my videos
Camera: amzn.to/42J8Ffh (aff)
Light (also for on the go): amzn.to/4bGtD2h (aff)
Microphones: amzn.to/3OL8v1e (aff)
Portable SSD: amzn.to/3T0cucB (aff)
⭐️ All my recommendations (equipment, tools, 3D printing accessories): https://www.amazon.de/shop/jantec
👐 Follow me on my other social media channels to make sure you don't miss any updates:
X (Twitter): twitter.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
📚 Chapter
00:00 Intro
00:30 What's HIPS?
01:06 HIPS-Filament
02:32 Printing HIPS
04:09 Tensile Test
06:20 3-Point-Bending Test
07:05 Impact Resistance
07:54 Temperature Test
08:21 Price Comparison
09:25 More Special Properties
10:34 HIPS Support for ABS (dissolvable)
12:08 More Applications & Summary
ℹ️ Disclaimer
The links marked with ‘(aff)’ are affiliate links, which means that I receive a commission if you buy via the link - at no extra cost to you!
Where, when and how you buy a product is of course up to you.
As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/advertising purposes.
This video includes paid promotion for JLC3DP.
I discuss the aspects of printability, mechanical and thermal properties and other exciting special features of polypropylene.
🇩🇪 Watch this video in German: youtu.be/9mHORCMyvVM
🔗 Useful links
My website: https://jantec.xyz
PPprint: https://www.ppprint.de
Adhesive for PP: amzn.to/3VeXQ2L (aff)
Cheaper PP Alternative: https://s.click.aliexpress.com/e/_Ez35Dxf (aff)
Also very exciting: F3 PA-CF Pro Filament. Watch the video: youtu.be/JGSStIFW-Uo?si=sQXsycczpPSLBr5O
💚 Support me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameter with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
PayPal Donations: paypal.com/donate/?hosted_button_id=2VG42GQC7R6YA
📌 Products and 3D models shown in the video
Exhaust pipe: printables.com/model/387742-exhaust-pipes-benchy
Benchy: printables.com/model/3161-3d-benchy
Test specimen: printables.com/model/368372-various-specimens-for-material-testing
3-point bending test: printables.com/model/453526-3-point-bending-test
Precision scale used: amzn.to/3whEDTI (aff)
📸 I use this equipment for my videos
Camera: amzn.to/42J8Ffh (aff)
Mobile camera (smartphone): amzn.to/49C1BDl (aff)
Light (also for on the go): amzn.to/4bGtD2h (aff)
Microphones: amzn.to/3OL8v1e (aff)
Portable SSD: amzn.to/3T0cucB (aff)
⭐️ All my recommendations (equipment, tools, 3D printing accessories): https://www.amazon.de/shop/jantec
👐 Follow me on my other social media channels to make sure you don't miss any updates:
X (Twitter): twitter.com/jan_tec
Printables: printables.com/@JanTec
📚 Chapter
00:00 Intro
00:38 What is PP?
02:01 Introduction to PPprint
04:11 First Prints
06:05 Tensile Test
07:33 3-Point Bending Test
08:49 Impact Test
09:23 Temperature Test
10:48 Density
11:33 Food Safety
12:33 Chemical resistance
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy via the link - at no extra cost to you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/promotional purposes.
This material is based on polyamide-6, also known as PA6 or nylon, and is reinforced with carbon fibres.
The filament has extremely good mechanical and thermal properties and outperforms all the filaments I have tested so far in terms of tensile strength and layer adhesion. What's more, it can be easily printed on machines such as the Prusa MK3S.
🔗 Useful links
My website: https://jantec.xyz
3D printer recommendation: prusa3d.com/category/original-prusa-mk4/#a_aid=jantec&a_bid=fe5157d7 (aff)
Fibrethree: fiberthree.com
To the F3 PA-CF Pro - best price at Prusa: prusa3d.com/de/produkt/fiberthree-f3-pa-cf-pro-15-carbon-fiber-filament-500g/#a_aid=jantec (aff)
💚 Support me
Amazon (recommended products): amzn.to/4b5coqD
Prusa Affiliate: prusa3d.com/#a_aid=jantec (aff)
Use the code "@JanTec" and get up to 200 Prusameter with the purchase of your first Prusa 3D printer!
3DJake Affiliate: tidd.ly/4481AFX (aff)
Nobufil: nobufil.com/?ref=JanTec (aff)
Get 15% discount at Nobufil with the code "JANTEC"!
📌 Products and 3D models shown in the video
F3 PA-CF Pro: prusa3d.com/de/produkt/fiberthree-f3-pa-cf-pro-15-carbon-fiber-filament-500g/#a_aid=jantec (aff)
Magigoo PA: amzn.to/4cR7nne (aff)
Camera handle: printables.com/model/370673
Hook: printables.com/model/99126
Turbine: printables.com/model/71433
Test specimen: printables.com/@JanTec/models
3-point bending test: printables.com/model/453526
📄 Sources:
Map from OpenStreetMap: https://www.openstreetmap.de
Q1: de.wikipedia.org
Q2: youtu.be/4VSu_gG-nlk?si=nXvicSl9Y7qgOcDq
Q3: Fiberthree LinkedIn
📸 I use this equipment for my videos
Camera: amzn.to/42J8Ffh (aff)
Light (also for on the go): amzn.to/4bGtD2h (aff)
Microphones: amzn.to/3OL8v1e (aff)
Portable SSD: amzn.to/3T0cucB (aff)
⭐️ All my recommendations (equipment, tools, 3D printing accessories): https://www.amazon.de/shop/jantec
👐 Follow me on my other social media channels to make sure you don't miss any updates:
X (Twitter): twitter.com/jan_tec
Printables: printables.com/@JanTec
LinkedIn: linkedin.com/in/wegenerj
ℹ️ Disclaimer
The links marked with "(aff)" are affiliate links, which means that I receive a commission if you buy via the link - at no extra cost to you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/advertising purposes.
Olefin impresses with its high strength, low density and odourless processing, which makes it interesting for lightweight and heat-resistant components. Find out how Olefin performs in practice and whether it could replace ABS in certain areas.
🔗 Useful links
My website: https://jantec.xyz
Bavaria Filaments Olefin: bavaria-filaments.com/product-page/bavafil-olefin-weiß
Optimum bed adhesion with Magigoo PP: amzn.to/48cBW35 (affiliate)
Albert - 247printing: youtube.com/@247printing
Voron Docs: docs.vorondesign.com/materials.html
Nobufil: nobufil.com/?ref=JanTec (affiliate)
Get 15% discount at Nobufil with the code "JANTEC"!
📌 3D models shown in the video
Articulated Shark: printables.com/model/178032-articulated-shark
Benchy: printables.com/model/3161-3d-benchy
Stealthburner Body: github.com/VoronDesign/Voron-Stealthburner/blob/main/STLs/Stealthburner/%5Ba%5D_stealthburner_main_body.stl
📸 Equipment I use for my videos
Camera: amzn.to/42J8Ffh (affiliate)
Mobile camera (smartphone): amzn.to/49C1BDl (affiliate)
Light (also for on the go): amzn.to/4bGtD2h (affiliate)
Microphones: amzn.to/3OL8v1e (affiliate)
Portable SSD: amzn.to/3T0cucB (affiliate)
⭐️ All my recommendations (equipment, tools, 3D printing accessories): https://www.amazon.de/shop/jantec
👐 Follow me on my other social media channels to make sure you don't miss any updates:
X (Twitter): twitter.com/jan_tec
Printables: printables.com/@JanTec
ℹ️ Disclaimer
The links labelled "(affiliate)" are affiliate links, which means that I receive a commission if you buy via the link - at no extra cost to you! As an Amazon partner, I earn from qualified sales.
Some of the products shown in the video were provided to me free of charge for testing/advertising purposes.


