Here i present a simple toilet paper holder. The ones out there did not meet my esthetic needs.

Printed with 6 walls and gyroid infill it seems very sturdy.

Toilet Paper Holder

C2 TP Hodler.stl

Hello, Here i present some simple hooks with invisible mounting, keeping it simple and elegant. Trying to build a nice library of cool and functional objects! 

Prints without support!
Non commercial

Would you like to see more of my projects? i invite you to check out my Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/ 



TowelHook, BathroomHook, WallHook, InvisibleMount, ScrewMount, SlideHook, MinimalistDesign, SpaceSaver, ModernHook, FunctionalHook

Hooks: Towel Hooks

C1 Towel Hodler sticky tape 1mm inset.stl

C1 Towel hodler.stl

Here i present Cosmic Dish, its a decorative dish-bowl thing inspired by sci-fi. This is where i put my things that i carry around most of the time. Learning how to wrap a 2D surface with constraints over a sphere was a challenge, but fun to learn. 

Notes: 
The contraint was put on the thickness of the skeleton during designing, therefore the scales each have a slighty deviation geometry Scales are numbered, see image on how to fit them (number 1 only fits in number 1 etc) 
For me a presure fit was good enough but i can see a bit of glue being helpful here Skeleton should be printen on its side (see image) 
Glue needed for skeleton if printed in halves(i did aswell)
scales should be printed on their side aswell (upright, not flat) 

hope you like it!

I wanted to print the scales in gold, but i could not find the ‘’right'' gold filament :(

Would you like to see more of my projects? i invite you to check out my Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/

 Click the link tree for: 

My Socials; 
Links to Files 
Affiliate links to filament and hardware i use

https://linktr.ee/smackmax?utm_source=linktree_profile_share<sid=a345d46b-8a8b-4972-9bcf-c5de4f4b4a47 

Decorative object; Printed in PLA on Ender 6 / Bambu A1 Consider leaving a review, often i revisit models for updates and upgrades. Many of my projects are personal projects and can be complex to print and assemble so keep that in mind

Cosmic Dish

Cosmic Dish v21.stl

Here i present NODES, my roll with decorative Junctions. These are not up to code anywhere and should only be used at low energy potential situations for their decorative values. The 50x50x15 variant free, the complete set with stacking backpacks is available for club members. I was in need for a small hub to route some power to LED's, then some more, so made some stacking brackets, i mean backpacks! 

DISCLAIMER: NOT UP TO BUILDING CODE ANYWHERE IN THE WORLD (!USE PROPPER AND RATED JUNCTION BOXES!) There is a reason they are made from different materials - not water proof

Print orientation: see picture with suggested orientation  
The fit is based on WAGO 221 fittings, but the bigger versions should work with others as well Cables sleeves available at 2mm->7mm but 9mm is possible (no sleeve) Parts need support expect for the base and backpack files 
Printed in: PLA, Fiberlogy Easy grey, Graphite, and Copper 
Designed for there decorative value, not practicality, use of support and efficiency where disregarded
Uses M3 (3x20mm) for attaching Upper→Lower
Uses M3 (3x25mm) for attaching Upper→Backpack→Upper
There are more practical designs from talented designers out there! You should check those out as well



Consider following me on Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/  

NODES (Deco Junctions)

C1 Upper 100100.stl

Power Crates: Here i present my roll with a battery storage system, stackable Power Crates supporting a lot of battery types in a inconvenient fashion! 

Notes: 

Decorative storage box;
Superglue is needed to permanently fix the Stacker files in place;
Operation is pulling lid of box, i have included a few files with more generous tolerances;
Supports wide virality of batteries in a inconvenient array;
Battery inserts are optional;
Stacking force is strong;
Printer used: Ender-6 - Bambu A1;
Designed with Fusion360;
Parts need support;
Disk style Batteries are stored in the Tubes;
Missing a battery size? consider asking bellow and i might add one in the future!
Space efficiency and filament cost was disregarded in this design but fun was emphasized. 
Supported batteries: 

AA;
AAA;
C;
9V;
LR44;
CR2016;
LR621;
CR120.

Power Crates - Battery Storage Container Set

D1 Crate Upper (+0.1 Tolerance).stl

Here i present SPOT a light source i quickly drew up to point some radiant energy at my printers by SMACKMAX sports some pre-packed add-ons aswell (E27 fittings).

Notes: 

Needs 2pc: M3 Hex Bolt (3x20mm) 
Glue to secure Lens to Shell Includes many diamets, i use 35mm for phillips hue colour ambiance E27 (measure your bulb) 
Some sort of fitting thats able to hold E27 Bulb
 

 

Consider following me on Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/ 

Decorative object; Printed in PLA on Ender 6 / Bambu A1, consider leaving a review, often i revisit models for updates and upgrades. Many of my projects are personal projects and can be complex to print and assemble so keep that in mind

SPOT

T1 SPOT FULL MODEL DONT PRINT.stl

In this tier, you place your trust in the development of more projects by influencing the time I spend on designing objects. Your support contributes to scaling up operations and publishing more files. 

Together, we can empower Development and Manufacturing.

Commercial use is now allowed: You have permission to sell prints. Subscription benefits ("Commercial R&amp;D Partner") are active only when your subscription is active. Please ensure to add "Design by SMACKMAX" to the description of the item. However, selling of the files is not allowed.
 

Models for commercial use
Permission to use physical prints of selected exclusive models for commercial purposes during active membership. Whether a specific model can be used for commercial purposes will be clearly stated in the model details. Reselling the 3D model files is not allowed.

All the commerce

Acces to all the models and more! By joining this tier, you directly support my creative process, enabling me to dedicate more time and resources to designing and printing new projects. Together, we declare war on boring and mundane designs! I greatly appriciate your support and adds so much motivation! Not commercial

All the files 

TUBE
Here I present yet another storage contraption named TUBE. In this one, I challenged myself to create a mechanism without the use of any hardware. On my latest projects, I've received feedback about the complexity, and this is my response to that. Please read the additional notes below before you embark on printing the TUBE.

Consider following me on Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/ 

 
Requirements: 
- Superglue (or any other glue) 
- Filament of your likeing 
Notes: 

- Print orientation: see picture with suggested orientation 
- The clam should be glued to caps 
- Cap consists out of 2 parts (not symmetric due to the threads) 
- Operation is sliding and screwing with the palm of the hand
- Printer used: Creality Ender-6
- Designed with Fusion360 
- Printed in: PLA, Fiberlogy Easy grey, Graphite, and Copper 
- 3 Walls, 8% Infill, 0,2 layer height, ''standard'' printer profile with wall speed upped to 60 support at >54° (standard zigzag support, no hassle)
------------------------------------------------------------------------------------------

 

If you enjoy my style and would like to support the creative process,I invite you to declare 'war on boring and mundane designs' together by joining my Printables club(with exclusive models) and supporting the R&D of future projects! There's even an option to become a commercial R&D partner! Dont fancy a subscribtion based contribution? You can check out one of my paid models or use the paypal link bellow :) https://www.paypal.com/donate/?hosted_button_id=XTLND2YQYQFFU 

Decorative object; Printed in PLA on Ender 6 / Bambu A1 Consider leaving a review, often i revisit models for updates and upgrades. Many of my projects are personal projects and can be complex to print and assemble so keep that in mind

TUBE

C1 Big Clam.stl

C1 Cap Full.stl

C1 Cap Top Half.stl

C1 Knob.stl

C1 Lower Half Cap.stl

C1 Orna.stl

C1 Top Clam.stl

C2 T CAP BOT.stl

C2 T CAP TOP.stl

C2 T KNOP.stl

C3 T KNOP.stl

C5 T KNOP (extra tolerances+0,2mm extra).stl

C1 DONT PRINT.stl

Here, I present yet another storage contraption, this one sporting a fully symmetrical design which was the challenge I had In mind. Please read the text bellow before printing. 

05-02-2024: Veetec3D is now offering hardware kits for this model (this is not me, but in collaboration with me :)

 https://veetec3d.etsy.com/listing/1672804097/cosmic-symmetric-stashbox-hardware-kit 

17-01-2024: Added files with 8,5mm opening for rods 

03-01-2024: added additional notes to the text 

Consider following me on Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! https://www.instagram.com/smackmax_/ 

Many projects were just personal projects at the time; I did not expect this much love. Because of that, they can be complex to print and assemble, so keep that in mind before you print and read the additional notes in the description. Looking at the reviews and makes by others can also help you make that decision. 

Requirements:

4 x Rods with a diameter of 8 mm and a length of 195 mm (i used aluminium 8mm about 2 euros per meter at the local hardwarestore)

Filament of your choice for 3D printing (i used fiberlogy copper,gray and graphite PLA)

8 x Allen bolts (4x15 mm) (used for attaching the Handle/Grill File to the side plates)

12 x Allen bolts (4x10 mm) (used for securing the rods in a fixed position, used in side plate and the locking Wing file)

4 x Allen bolts (5x20 mm) (used for attaching clips)

4 x Hex nuts (M5) (used for attaching clips)

superglue (used for attaching the option tray butt file, but this makes it no longer truly symmetric, and if needed to secure the Clam to the side plate but should pressure fit)

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Things to note:

-The rods can be any material but I found the aluminium can be a bit oval, the sliding action needs perfect 8mm rods to slide nice and free.

-Sanding the contacting surfaces might be needed for smooth operation

-Heat can be used to press in place bolts and nuts if they don’t coorparate

-Handle and Grill file can be switched for a fully symmetric look

-print oriëntation(all need support): Shells should be printed with the lips pointing upwards, sides can be printen on their back, handle and grill on their back aswell (handle needs support under the bridge), wing lock should be printen like a arrow pointing upwards, the clips go on their side.

-------------------------------------------------------------------------------------

(03-01-2023) additional notes:

I have added a video showing how the mechanisme works;
I have addes superglue to the list of needed materials and make small notes where what hardware goes)
Added additional note and picture about my suggested print orientation;
The tray butt is a optional file that needs to be glued in place, due to it not making the thing symmetric;
The Shell needs to be glued to side plate if your friction fit is not enough (mine does not use glue);
The design is zero-tolarance, so drilling out some of the holes might be needed;
If you enjoy my style and would like to support the creative process,I invite you to declare 'war on boring and mundane designs' together by joining my Printables club(with exclusive models) and supporting the R&D of future projects! There's even an option to become a commercial R&D partner! Dont fancy a subscription based contribution? You can check out one of my paid models or use the paypal link bellow :)

 https://www.paypal.com/donate/?hosted_button_id=XTLND2YQYQFFU 

Cosmic Symmetric Stashbox

c1-clipppy.stl

c1-grill-cover.stl

c1-handle-orna.stl

c1-side-plate-print-twice.stl

c1tray-butt.stl

c2-85mm-locking-wing.stl

c2-85mm-side-plate-print-twice.stl

c2-clam-shell-print-twice.stl

c2-more-tolerances-clipppy.stl

c3-85mm-clam-shell-print-twice.stl

c4-85mm-200mm-rod-holes-spacing-clam-shell-print-twice.stl

c1-locking-wing.stl

t1-full-model-dont-print.stl

Drawing inspiration from my favorite sci-fi games like Cyberpunk 2077 and Starfield, I designed a watch display box, designed to house timepieces and rings. (it holds my important bits n bops)


Personal project, sharing the project was a idea that came later so that might reflect in the files, dont be afraid to ask for help!
Tools Needed: Superglue (magnets) & Flathead screwdriver (when using bolts like mine, hex also possible)
Bolts, Nuts and magnets (Quantities and Types):
Cylinder Head Bolts (4x40): 14 pieces 
Cylinder Head Bolts (5x10): 10 pieces 
Counter Sink Bolts (4x20): 8 pieces 
Cylinder Head Bolts (5x30): 6 pieces 
M5 Nut End Caps: 6 pieces 
5x2 Magnet cells: 20 pieces (when making the config. as shown
Additional notes:
Tolerances: The tolerances are tailored to my specific 3D printer and settings, so your results may vary depending on your equipment and configurations.
Assembly Options: While the design incorporates numerous bolts, many components can alternatively be secured with adhesive, offering flexibility in assembly.
Bolt Insertion Tips: If you encounter difficulty when inserting bolts, consider using a soldering iron to gently heat the bolt if it's too tight or use a drill to widen the hole slightly for a smoother fit. When the holes are to big, you can insert glue-and-push-the-bolt-in.
Magnet insertion tips: if not snug enough, use more glue. If too snug, heat with lighter and gently press inwards. If it protrudes, heat and gently press aswell.
Non-Commercial Use: Please note that this design is intended for personal and non-commercial use only.
Nut and Bolt Compatibility: The design is optimized based on the nuts and bolts available to me; for best results, use similar hardware when assembling.
The inserts: only work in 1 or 2 position. Make sure you print the right one for the right corner.
On both sides of Clam files: There is room to Snap in a single line of filament.
Bolts screw directly into components: See last picture as example (needs a bit of force)



Would you like to see more of my projects? i invite you to check out my Instagram (@SMACKMAX_). I try to post all of my prints, renders, and animations to build a portfolio of my projects, often in advance of publishing the models. This way, you can get a sneak peek of what's coming next! 
https://www.instagram.com/smackmax_/  

Smackmax

Pinned models

TUBE

Cosmic Symmetric Stashbox

Loot Crate Storage Container

SPOT

Toilet Paper Holder

Hooks: Towel Hooks

Cosmic Dish

NODES (Deco Junctions)

Power Crates - Battery Storage Container Set

SPOT