My Secret To No More 3D Printed Layer Lines

394,724
1,614
Published 2024-03-08
3D Printing Fuzzy Skin With Bambu Lab A1!

Check out my recent video:    • My Secret To Prototyping Electronics ...  

To become a Patron of my channel, visit www.jakegrim.com/patron

To purchase one of my inventions, visit www.jakegrim.com/store

Come chat with me and other makers: discord.gg/yxJRstUWjT

Amazon Affiliate Links To Support This Channel:
PLA Filament That I Used In This Video (MADE IN USA): amzn.to/3TnTunk
Textured Bed Plate: amzn.to/3wYbjls
Creality Resin 3D Printer: amzn.to/3THQ1BK
Creality K1 Max 3D Printer: amzn.to/3IDWJCg
Apple MacBook Pro: amzn.to/3VjL1Ek




Welcome to the world of innovative 3D printing techniques! In this tutorial, I'll show you how to elevate your 3D printed parts using a unique slicing method called "fuzz." Say goodbye to visible layer lines and hello to professional-looking products with minimal post-processing. Join me as I share my journey, failures, and ultimate success in achieving flawless prints.

00:00 - Introduction to the Fuzz Technique: Learn how to transform ordinary 3D printed parts into extraordinary creations with a simple slicing trick.

00:20- Exploring Traditional Post-Processing Methods: Discover the limitations and inefficiencies of sanding, priming, and painting for achieving smooth surfaces.

02:12 - The Quest for Better Manufacturing Solutions: Dive into the challenges faced with injection molding and resin 3D printing, and the search for a cost-effective alternative.

05:10 - Introducing Fuzz Skin: Uncover the revolutionary slicer feature offered by Bambu Studio, designed to add a textured finish to 3D printed parts.

05:40 - Understanding Fuzz Skin Variables: Learn how to optimize fuzz thickness and distance point settings for desired results.

06:30 - Experimenting with Fuzz Combinations: Gain insights from a comprehensive experiment to determine the ideal fuzz parameters.

7:14 - Implementing Fuzz Skin in Bambu Studio: Step-by-step guide on applying fuzz skin to your 3D models for flawless prints.

07:38 - Witness the Transformation: See the remarkable difference between standard and fuzz-enhanced parts, showcasing improved aesthetics and durability.

8:35 - Considerations Before Implementation: Understand the impact of increased print time and potential adjustments to design tolerances when incorporating fuzz skin.

09:14 - Embracing Failure on the Path to Success: Emphasizing the importance of perseverance and resilience in overcoming challenges and achieving innovation.

09:45 - Wake Hydro Alarm Clock: Visit wakehydro.com to experience the ultimate morning wake-up solution with our innovative alarm clocks.

Unlock the full potential of your 3D printing projects with the fuzz technique. Get ready to unleash your creativity and build something truly extraordinary! Don't forget to like, share, and subscribe for more cutting-edge tips and tutorials. Let's make the world of 3D printing even more amazing together!

SEO:
1. Efficient 3D printing techniques
2. Streamlining 3D printing post-processing
3. Minimize post-printing work
4. Eliminate 3D printing finishing steps
5. Simplified 3D printing workflow
6. Reducing post-processing time
7. Optimizing 3D printing for production
8. Enhancing customer-ready 3D prints
9. Effortless finishing for 3D printed parts
10. Seamless post-printing solutions
11. Smoother surface finishes for 3D prints
12. Automating post-processing in 3D printing
13. Creating polished 3D printed products
14. Cutting-edge slicing techniques for flawless prints
15. Improving print quality with minimal effort
16. Accelerating 3D printing production
17. Advanced slicer features for professional results
18. Efficient post-printing strategies
19. Achieving professional-grade prints with ease
20. Revolutionizing 3D printing finishing processes
21. 3D Printing Fuzzy Skin With Bambu Lab A1

Keywords:
#HowTo
#EducationalInventions
#DIYProjects
#InnovativeIdeas
#CreativeSolutions
#LearningHacks
#LifeHacks
#ScienceExperiments
#HandsOnLearning
#Edutainment
#FunExperiments
#CreativeLearning
#InventiveTutorials
#StepByStepGuides
#EducationalInnovations
#UniqueGadgets
#PracticalTips
#MindBlowingInventions
#EducationalDiscoveries
#EducationalDIY
#InnovativeTeaching
#DIYInventions
#ScienceForKids
#LearningThroughPlay
#InnovativeTechnology
#InnovativeDesigns
#EducationalExperiments
#ProblemSolving
#EducationalCrafts
#LearningWithFun
#HowItWorks
#InventiveDevices
#STEMEducation
#InnovativeSolutions
#ExploratoryLearning
#PracticalApplications
#EducationalEntertainmentIdeas
#HandsOnEducation
#UniqueCreations
#DIYForBeginners
#LearningByDoing
#EntertainingInnovations
#Edutainment
#EducationalHacks
#InnovativeConcepts
#ExperimentsAtHome
#ScienceMadeEasy
#CreativeThinking
#LearningMadeFun
#InventorsCorner
#InnovationsForKids
#EducationalGames
#DIYScience
#InnovativeProducts
#EducationalMagic
#FunWithLearning
#HandsOnExperiments
#CreativeEducationalContent


#DIYEducationalToys
#CoolScienceTricks

All Comments (21)
  • Fuzzy skin is the one-for-all recipe to take away the 3d-printed look. We use it on all our products from the beginning - but: It comes at the cost of increased print-time! Always a good idea to apply it only to visible surfaces by using modifier blocks
  • @AuDiGo6
    There is also feature "variable layer height" which also has nice results, especially for more organic prints.
  • @fuckutube65
    The fuzzy skin is not a "Bambu Studio" feature. It's originally a Cura feature that got ported over to Prusaslicer (which is the basis for Bambu Studio) long ago..
  • @del343434
    Man there's a lot of keyboard commandos in this comment section. As someone who just got my first printer (Bambu P1S) I really appreciate this video! Thank you sir!
  • @Betruet
    I've been using fuzzy on my prints for the last few weeks and I do like the results. I make alot of items with TPU and the the flexibility and fuzzy makes a great combo really gives my prototypes a next level feel. Great video thanks for sharing your journey!
  • @jedisct1
    Long story short: try to check the "enable fuzzy skin" box if you still haven't.played with it.
  • @redkf
    5:10 bro discovered the fuzzy skin option on his slicer. There, 10 mins saved
  • @TheRich4187
    Love the video. I think the best part of 3D printing is the design and problem solving! Seeing an idea sitting on my table or workbench always blows me away. I don't care if it's a small custom poker chip or a large set of inserts for my board games. The fact that after a few hours or days something that didn't exist before I started does now is so cool! And the ironing out kinks until it's just right is awesome! Love the shared knowledge. Goodluck in all you do!
  • @barretonaldo
    Bruh… I’ve used this setting before as a simple test, but it never thought about using it to get rid of the layer lines… valuable insight you gave me, thank you!
  • @Oliver_Things
    I've been using fuzzy skin for a couple years now, and I think other slicers also have the setting too. as for tolerances, you can use modifier blocks to either enforce, or block fuzzy skin anywhere on your model. I use this for the phone mounts I designed and produce for my car. Fuzzy skin is an awesome feature, and even though I already knew about it, knew how to use it, and use it on a regular basis, I continued watching your video because of how well you made your video. It is structured very well, and easy to understand for even the most novice of printers, which I appreciate, and wanted to say GREAT JOB!
  • .3mm on both is what I found what looked best to me as well when I was testing things too last week. I've got a K1 Max and Neptune 4+ over the last few months, and have really been enjoying designing and creating things for people. It is really cool what we can do with 3D printing now a days.
  • @yagoa
    you can make only 20min extra by adding a modifier to remove the fuzzy skin on the inside, can I have one now that I saved you 1000 hours?
  • @aqnuadziba1269
    Really cool that you didnt give up on it! You can printed this on resin printer, warping can be resolve with better supports and other orientation, britelness can be solved by using different resin (like abs from elegoo, tough AnyCubic or some mix) or settings (lesser curing time). But i dont think resin print wouldnt work for commercial product, cuz if its undercured it could be toxic, if overcured it would be too brittle, pref you need to paint then so no sunlight would desroy youre product. BTW love texture on fineshed clock!
  • @oriwan3786
    on the part of fuzzy skin and the tolerances. you can add a modifier cube or what it fit and just float it only on the outside areas were you want fuzzy skin. This way in your model only the outside is with a fuzzy skin and the inside is normal which now saves time and the tolerances will stay.
  • @Calendor
    Congrats for having the drive and pacience to go forward no mather the obtacles! For those who did not quite get it this video was made for people who mean bussiness, that are interested on the core of things, apriciate when someone openes their eyes and tells them they have been trying the wrong method to achieve their goal.
  • @nathanwilmot9114
    hey jake, just found your channel through this video and i love what you’re all about. the information was given in a really easily digestible anger and the production of the video was great! definitely gonna subscribe
  • @antronk
    When you think the video is “hey, do you remember this feature from a few years ago?” but you get “come along to my journey of printing a box” :D
  • @BrodieFairhall
    Cura and Prusa Slicer (which bambu studio is built on) also have fuzzy skin. I'm glad to see more people using it and im glad you made a video about it (and the product journey), it has been available for years and barely seems to be mentioned.
  • Very well made video and the fuzz looks great! For those that are looking to hide layer lines (from Title of the video) you may want to revisit the resin 3D printing. There are many resins out there that have varying degrees of strengths and some eliminate warping. Another idea would be to create a silicone mold from a sanded part if you wanted a non-fuzzy surface.