This snap-together, scalable, modular USB drive storage system uses a rotating 2-stage spring-driven push-push style system to elevate your USB drives and store them with style.  You can use it to store an unlimited number of drives as well as configure the structure with or without separating walls and end walls.  

The device is 100% printed; no hardware or metal springs are required.  The compliant springs built into the design are resilient enough for repeated use.  The end wall can be used on either end, both ends or in between the USB drive holders.

I will post a video showing the assembly shortly.

**Limited-Time Offer**
Get it for FREE now! Please collect, like, and download this model to support me in league competitions. Your support makes a huge difference—thank you!

Print Settings
For the best results, use these settings:
* Material: PLA (this design is optimized for PLA)
* Nozzle: 0.4mm
* Layer Height: 0.2mm
* Line Width: 0.4mm
* Wall Count: 4 (1.6mm)
* Top and Bottom Layer Count: 5
* Detect Thin Walls: ON
* Wall Generator: Arachne
* Infill: 40% (Cubic)
* Brim: No
* Support: No

UPDATE 2025-01-08: 
- It was just brought to my attention that the receiver part I uploaded did not have the support piece included.  I have re-uploaded that now and it should print much better with that.  Please download it again and print the new part titled "USB Rack 1v00c receiver with support.stl". 
- I have also now added an XL version of the base and wall.  These parts are indicated with the XL in their file name.  The original design will accommodate a USB drive body of up to 42mm and the XL will accommodate a body of up to 66mm in length.  

Additional Info
Visit my blog for more details and other exciting designs: https://www.logicalplanet.com/





USB Drive Storage Rack (Modular, Push to Open)

USB Rack 1v00b base.stl

USB Rack 1v00b receiver.stl

USB Rack 1v00c hex wall XL.stl

USB Rack 1v00c base XL.stl

This version of GearBin™, which I have created at the request of many users, has an open frame allowing you to see the gears and push mechanism.  Otherwise, the GearBin is and functions the same.  The internal parts are all the same as the original GearBin.  

The housing of this Open Frame Edition can be used in 2 ways as follows:

With the front and sides open (no covering).  In this scenario, an additional part is required to retain the push-push mechanism’s indexing arm which was previously contained by the front housing.  
With the front and sides covered with clear or translucent panels.  I have included printable panels which (in my experience) are translucent but because the gears sit right up next to the panels they are relatively visible.  Or you could use the panel STLs to fabricate the panels in a clear material.

GearBin is a fully 3D printable mini trash bin with a unique mechanical twist. Designed for use with biodegradable dog waste/poop bags as liners, it’s the ideal solution for food scraps, backyard clean-up, BBQ prep, or anywhere you want a tidy, compact bin that works smarter - even your desk.

I chose to use biodegradable dog waste/poop bags for this because they are a fraction of the cost of biodegradable kitchen bags and smaller so you can discard them more frequently at a lower cost.  

**Ideal For**
Office or desk
Kitchen countertops
Outdoor prep areas and BBQ stations
Composting and daily food waste
Eco-conscious homes using dog poop bags for liners

**Features**

✅ Gear-Driven Push Lid: Open the lid with a simple press on the front bar—no electronics, just clean, mechanical magic.
✅ Folding Liner Frame: The innovative push-push mechanism folds the bag frame inwards for easy loading and unloading of liners. Holds standard dog poop bags securely.
✅ 100% Snap-Fit Assembly: No glue, screws, or springs. Just print, snap together, and you're ready to go.
✅ Optional Bucket Insert: Use with or without a removable bucket insert (included) to catch leaks and assist with liner removal.

Make trash collection cleaner, smarter, and more efficient—with GearBin™, the mini bin that thinks big.

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.

GearBin Open Frame Edition – Mini Mechanized Trash Bin

GearBin 1v00a3 880 Wall Mounting Plate.stl

**GearBin™ – Mini Mechanized Trash Bin | Fully 3D Printable with Gear-Driven Lid with Folding Bag Frame**

GearBin™ is a fully 3D printable mini trash bin with a unique mechanical twist. Designed for use with biodegradable dog waste/poop bags as liners, it’s the ideal solution for food scraps, backyard clean-up, BBQ prep, or anywhere you want a tidy, compact bin that works smarter - even your desk.

I chose to use biodegradable dog waste/poop bags for this because they are a fraction of the cost of biodegradable kitchen bags and smaller so you can discard them more frequently at a lower cost.  

There is also a wall mounting bracket included so you can hook the GearBin onto the back of a cabinet door or wall.  

**Ideal For**
Office or desk
Kitchen countertops
Outdoor prep areas and BBQ stations
Composting and daily food waste
Eco-conscious homes using dog poop bags for liners

**Features**

✅ Gear-Driven Push Lid: Open the lid with a simple press on the front bar—no electronics, just clean, mechanical magic.
✅ Folding Liner Frame: The innovative push-push mechanism folds the bag frame inwards for easy loading and unloading of liners. Holds standard dog poop bags securely.
✅ 100% Snap-Fit Assembly: No glue, screws, or springs. Just print, snap-together, and you're ready to go.
✅ Optional Bucket: Use with or without a removable bucket (included) to catch leaks and assist with liner removal.  Or use with the bucket and without bags.

Make trash collection cleaner, smarter, and more efficient—with GearBin™, the mini bin that thinks big.

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Assembly Notes**
I will have an assembly instruction video posted shortly.

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.

2025-05-26 Model Updated (revisions 1v00a3)
I have revised the Lid and Lifters so that the lid lifts up vertically before rotating.  This was the original intent but I realized after posting it I had slipped away from that.  
I have also added a wall mount bracket.  And, in order for the GearBin to attach to the wall mount, a new Top Housing has been posted that has mounting holes in the back.  
Lastly, if you were one of the first few people to download the model, I have also posted revised versions of the Compliant Index, this newer one operates the push push mechanism more consistently.


GearBin – Mini Mechanized Trash Bin

GearBin 1v00a2 411 Lift Gear A.stl

This ClampDock Accessory has two fold-down hooks to suitable for hanging a wide range of things, including light garments, keys, glasses, dog leash and collar, etcetera.  It snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.  

The two hooks print separately and snap into the main body.  

100% printed, no hardware, fasteners or adhesives are required.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Folding Hooks

ClampDock Folding Hooks 1v00a large hook.stl

This general use pocket is approximately 60mm wide, 40mm deep and 100mm high. 
 It is suitable for pens, glasses, or anything else that fits in it and you want to keep handy. 

This pocket snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.

100% printed, no hardware, fasteners or adhesives are required.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Pocket 60Wx40Dx100H (for pens, glasses, remote, etc)

ClampDock 1v00a Small Pocket.stl

This remote control holder has 3 “slots” in it.  Two of them are deep and one is less so.  The dimensions of the openings for the remote controls are shown in the illustration.

This accessory snaps onto the ClampDock (download separately), allowing you to attach this accessory to a wide range of furniture edges.

100% printed, no hardware, fasteners or adhesives are required.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Multi-Remote Holder

ClampDock 1v00a multi remote.stl

This mug holder snaps onto the ClampDock, allowing you to attach a mug holder to a wide range of furniture edges. 

100% printed, no hardware, fasteners or adhesives are required.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.  

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Mug Holder

ClampDock 1v00a mug holder 100mmID.stl

This is not your average gift box...  It is functional, fun and practical.  It has four 10-digit programmable lock tumblers incorporated into the lid.  Which means there are 10,000 possible combinations.  You can secure your gift and share the passcode at the perfect moment—whether it’s on Christmas morning, a birthday, or another special occasion.

No more sneaky peeks into presents before the big day! This clever gift box is as practical as it is fun, adding an extra layer of anticipation to gift-giving.

**Why Choose This Gift Box?**
* Secure and Unique: The built-in combination lock lets you control when the gift can be opened.
* 100% 3D Printed: No hardware, fasteners, or adhesives required. Everything you need is printed.
* Easy to Assemble: No supports or post-processing necessary.

**Assembly Instructions**
Please see my video for instructions on how to assemble this.

**Print Settings**
For the best results, use these settings:
* Material: PLA or PETG (other materials may also work)
* Nozzle: 0.4mm
* Layer Height: 0.2mm
* Line Width: 0.4mm
* Wall Count: 4 (1.6mm)
* Top and Bottom Layer Count: 5
* Detect Thin Walls: ON
* Infill: 100% recommended, minimum 40% (Cubic pattern)
* Ironing: Not required
* Brim: No
* Support: No

---
**Related Links**
[3-digit Logical CardLock Case - The Programmable Gift Card Case with a Twist](https://than.gs/m/1464652)
[4-digit Logical CardLock Case - The Programmable Cash Case with a Twist](https://than.gs/m/1467071)
[PuzzleLock Box — Lock and Puzzle in a Box](https://than.gs/m/1439725)
[BinaryBin – 16-Digit Binary Coded Lockable Container](https://than.gs/m/1354661)
[StashCan 2.1 - 3D Printed Secret Safe with Programmable Lock](https://than.gs/m/1060354)
[Sequential Discovery Puzzle Gift Box #1 (GBS1)](https://than.gs/m/1227965)

---
Please [join the LogicalPlanet Discord community via my linktree](https://linktr.ee/logicalplanet) to discuss this and any other LogicalPlanet projects, upcoming projects, ideas and anything else related to LogicalPlanet.   

**[https://www.logicalplanet.com/](https://www.logicalplanet.com/)**
email me at [logicalplanet3d@gmail.com](mailto:logicalplanet3d@gmail.com) 

---
**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.  


Programmable Combination Lock Gift Box

GBL1 1v00a lock wheel (tumbler) (no AMS) (x4).3mf

GBL1 1v00a Main Box.stl

GBL1 1v00a grid.3mf

This snap-in access door is just simply better than the commercially available screw-in versions.  The door is removable and can be installed in any orientation.  Not only does that mean you can change the orientation after it is installed, but you can easily remove the door when working through the opening.  This model includes a collar to cover the edges of the cut wall for a cleaner installation and appearance.  A back-side collar locks the front onto the wall without screws (but it can be screwed in as well if you choose).  The two halves sandwich the wall with a ratchet-style click mechanism every 1/8” (3.2mm) to accommodate all common wall boards from 3/8” to 3/4”.  A spring system on the Back Collar allows for a firm grip and adjusts for variations in wall thickness due to paint, paper, plaster, etcetera.   Screws can also be used if desired.

The Snap-In Acces Door has a “lockable” latch to prevent accidental opening.  And, the entire assembly snaps together without tools.   Not to mention, you can print it at home!

This version provides an access opening of approximately 150mm x 150mm (6” x 6”) square.   Cut a (155mm) 6-1/8” square opening in your wall. 

I have also posted a larger 8" version which is available here...
https://than.gs/m/1162904

100% printed - no hardware, fasteners, or adhesives required.  No additional support is required.

Print Settings:
 
Material = PLA or PETG, any material should work.  
Nozzle = 0.4mm
Layer height = 0.2mm
Line width = 0.4mm
Wall count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Infill = 40% Cubic
Ironing = Not required 
Brim = No
Support = The required support is built into the design.

See my blog for more details and other product info… 
https://www.logicalplanet.com/


Snap-In Access Door 6" (150mm)

Access Door 1v00a DOOR.stl

Updated 2026-01-06: See notes at bottom

This is a functional and fully printable (no fasteners or hardware required) dispensing mechanism.  It is designed for Kirkland Dog Biscuits sold through Costco but could be used in many other dog biscuits and other applications.  I have also included a small printable box that can be printed in quantity and filled with candy or treats for kids or other uses.

This dispenser is an awesome demonstration of a 3d printed mechanical system and could be used for educational purposes as well.  While everyone might not need a dog treat dispenser (or candy dispenser) I hope most people will appreciate the complexity of the design and its capacity to help us dream bigger with our 3d printers.   This project has about 30 parts to it and that makes it my most complex operating design so far.  

Here are some of the design features incorporated into this project:

 - Compliant compression and leaf springs
 - Full and partial double helical gears
 - Cam-driven gate 
 - Double helical rack and pinion
 - Adaptive hook design on the delivery system
 - Removable crumb tray
 - Loading cartridge

The included dispensable box has a volume of 102 x 43 x 14 mm

\**Print Settings**

For the best results, I suggest the following:
Material = PLA for everything except the compression springs.  I recommend PETG for the compression springs.
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Support = No, all required support is incorporated into the design.
Print orientation = As per the STL/3MF files.

Please refer to the linked video for assembly instructions.

**Related Links**

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.

2026-01-06: I found that the Kirkland biscuits from Costco were creeping up in size as their mold degraded.  And, the iincreased-sized biscuits were not dispensing well.  So I have made an alternative design that is approximately 6mm deeper (front to back) allowing the larger biscuits to dispense well again.  I also should note that biscuits dispense much better when they are loaded right side up into the dispenser.  The entire main structure needs to be reprinted but the gears and springs on the side remain the same and can be reused in the new larger version.  I am attaching this new version as a zip file to the download so that the original size is still available too.



Treat Dispenser

Treat Dispenser 1v00a 101 Base.stl

The c9kinetic Projector is a unique and compact toy that demonstrates the principles of compliant spring designs. It is capable of launching small plastic projectiles using the elastic energy stored in a specially designed compliant spring. The mechanism is powered by a 1-piece, 2-stage, 2-layer spring, which allows for a compact and less flat design inspired by the well-known BYU "One-Piece Compliant Mechanism Disk Launcher."

For more on compliant mechanisms, check out BYU's resources.
https://compliantmechanisms.byu.edu/maker-resources

This toy is entirely 3D printed and uses a snap-together assembly—no hardware, fasteners, or adhesives are needed.

The spring is "charged" (compressed) by rotating the barrel 90 degrees, allowing you to load a small projectile into the back of the barrel. The barrel stays in place thanks to a compliant locking system on top of the c9kinetic, which can be released by gently pulling back on the lock with your thumb. When the barrel is rotated back down, the system automatically re-locks.

Additionally, the grip is foldable, allowing you to reduce the overall size of the c9kinetic Projector for convenient storage.

**Print Settings**

I recommend printing the spring in PETG with 100% infill, the other parts can all be PLA with 4 walls, 40% infill.  The projectiles will benefit slightly from a 100% infill as well.

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Ironing = OFF (not needed)
Support = All required support is designed into this product  
Material and Infill: 
301 Sping: PETG, 100% infill
Projectiles: PLA, 100% infill
All other parts: PLA, 40% infill, cubic

Print Orientation:  As per STL/3MF files

**Related Links**

BYU “One-Piece Compliant Mechanism Disk Launcher”
https://compliantmechanisms.byu.edu/maker-resources

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**

I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.

2025-03-14 15:26 PST; the original files I uploaded for the two sides of the c9kinetic did not have the text embedded properly.  They are fine to use but I have uploaded fixed versions labelled 101b and 102b.

2025-03-18 13:11 PST; I have had a few people report the posts in the frame breaking when rotating the barrel.  I suspect this is either a) a wall strength issue or b) the posts are too tight.  To address "a" please ensure you are using my recommended print settings.  And, to address "b" the post tightness, I have uploaded two alternative barrel designs.  These two new barrels have slightly larger holes for the pivot points.  The original design has 6.0mm holes, and the two new ones have 6.2mm and 6.4mm holes.  They are indicated as 062 and 064 respectively.  Please try them if you have had this issue, and please let me know if it helps. 

2025-03-19 09:43 PST; I have modified the sides to increase the strength of the barrel pivot posts.  Their outside diameter remains the same but the post will be stronger because of internal design changes.  These new sides are version 1v00c.  



 c9kinetic Projector

C9Kinetic Projector 1v00a 301 Spring.stl

This folding hook accessory mounts on any WallPlateMate mount and allows you to hang glasses, keys, garments, dog leashes or collars, etcetera on a light switch or electrical outlet.  It creates storage and increases the functionality of your wall plates around your home or office.

This WallPlateMate accessory is part of my modular WallPlateMate system, which allows you to snap on various accessories and expansion items to wall plates.   All the components are inter-compatible.  The entire collection of mounts and accessories are listed via the following links…

The entire collection of WallPlateMate accessories can be found here...
https://thangs.com/mythangs/collections/131788

The entire collection of WallPlateMate mounts can be found here...
https://thangs.com/mythangs/collections/131287

Please check out the instructions on my blog at logicalplanet.com at…
https://www.logicalplanet.com/collections/wallplatemate/

The WallPlateMate mounts (available separately) install easily in place of existing wall plates and do not require any new holes in the walls.  They use your existing screws and screw holes so they can be removed at any time.   The various WallPlateMate accessories can be snapped on or off without tools, fasteners or adhesives.

**Limited-Time Offer**
Get it for FREE now! Please collect, like, and download this model to support me in league competitions. Your support makes a huge difference—thank you!

**Print Settings**
For the best results, I recommend the following:
Material: PLA or PETG 
Nozzle: 0.4mm
Layer Height: 0.2mm
Line Width: 0.4mm
Wall Count: 4 (1.6mm)
Top and Bottom Layer Count: 5
Detect Thin Walls: ON
Wall Generator = Arachne
Infill: minimum 40% (Cubic)
Ironing: Not required
Brim: No
Support: No, it is included where needed
Print orientation = As per the STL/3MF files.

**Related Links**

If you have not already, check out my Wall Plate collection here….
https://thangs.com/mythangs/collections/131283

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


WPM Accessory - Folding Hooks

WPM Acc Folding Hooks 1v00a main.stl

This general-use pocket is approximately 100mm wide, 40mm deep and 100mm high. 
 It is suitable for pens, glasses, or anything else that fits in it and you want to keep handy. 

This pocket is similar too but larger than the original pocket posted here…
https://than.gs/m/1256849

This pocket snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

100% printed, no hardware, fasteners or adhesives are required.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.



ClampDock Accessory - Pocket 100Wx40Dx100H

ClampDock Group A 1v00b rect pocket 100x40x100.stl

This Folding Soda Holder snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.  You can use it to hold standard-size soda, beer or beverage cans and fold it up when not needed.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

100% printed, no hardware, fasteners or adhesives are required.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.

ClampDock Accessory - Folding Soda (Drink) Holder

ClampDock Folding Soda 1v00a main.stl

This a general purpose charging tray large enough for phones and tablets together.  It snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.  You can use it for charging or as a stand for your devices.

This accessory snaps onto the ClampDock (download separately), allowing you to attach this accessory to a wide range of furniture edges.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

100% printed, no hardware, fasteners or adhesives are required.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.




ClampDock Accessory - Charging Tray

ClampDock charging tray 1v00a.stl

This multi-purpose accessory snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.  You can use it to hold or hang keys, glasses, hats, a wallet, a phone or anything else that fits it.

This accessory snaps onto the ClampDock (download separately), allowing you to attach this accessory to a wide range of furniture edges.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

100% printed, no hardware, fasteners or adhesives are required.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs:
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Keys, Glasses, Hat, Wallet, Phone Holder

ClampDock hat-keys-glasses 1v00a.stl

This soda can holder snaps onto the ClampDock (download separately), allowing you to attach it to a wide range of furniture edges.

———————
This accessory snaps onto the ClampDock (download separately), allowing you to attach this accessory to a wide range of furniture edges.

100% printed, no hardware, fasteners or adhesives are required.

This download contains the ClampDock Accessory only.  You must download the ClampDock separately.

**Print Settings**

For the best results, I suggest the following:
Material = PLA / PETG
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Brim = Should not be needed 
Support = No
Print orientation = As per the STL/3MF files.

**Related Links**

The ClampDock is available here…
https://than.gs/m/1256833

The collection of ClampDock compatible accessories is available here… 
https://thangs.com/mythangs/collections/132194

Visit my blog for more details and other designs: 
https://www.logicalplanet.com/

**Revisions and Updates**
I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.


ClampDock Accessory - Soda Can Holder

ClampDock 1v00a soda holder 68mmID.stl

This glove dryer accelerates the glove-drying process by circulating air inside the glove.  In my testing, a damp glove that took approximately 12 hours to dry without any air circulation dried in less than 3 hours with air circulation.  In addition, the faster drying and air circulation reduced odours in the glove as well.  

The glove dryer is snapped together and requires no fasteners or other hardware other than a 6015 blower-style fan.  I used a USB-powered model (linked below), but I suspect any 6015 blower fan will work since they are generally standardized in size.  If you have 6015 that does not fit, please let me know. 

I am in Canada so I used this…
https://www.amazon.ca/dp/B07TF644HB

Some USA equivalents appear to be…
https://www.amazon.com/WDERAIR-Brushless-Electronic-Equipment-Ventilation/dp/B0DGG6YHRT?ref_=ast_sto_dp&th=1

https://www.amazon.com/gp/product/B0CG1SZ84J/ref=ewc_pr_img_1?smid=A1AV40UDU1XL8S&th=1

**Print Settings**

I designed this for PLA but I suspect it will work well with PETG as well.  The design is intended to be printed with a 0.4mm nozzle and 0.2mm layer height.  All required support is included in the design.  However, the Palm, which prints upright, may require a bring depending on your printer (I needed a brim to print it reliably).  
  
For the best results, use these settings:
Material = PLA
Nozzle = 0.4mm
Layer Height = 0.2mm
Line Width = 0.4mm
Wall Count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Detect Thin Walls = ON
Wall Generator = Arachne
Infill = 40% (Cubic)
Ironing = Not required
Brim = No, except for Palm - add if needed. 
Support = No, all required support is incorporated into the design.
Print orientation = As per the STL/3MF files.

**Additional Info**
Visit my blog for more details and other exciting designs: https://www.logicalplanet.com/


Glove Dryer

g_dryer 1v00a 101 base (with support).stl

This snap-in access door is just simply better than the commercially available screw-in versions.  The door is removable and can be Installed in any orientation.  Not only does that mean you can change the orientation after it is installed, but you can easily remove the door when working through the opening.  This model includes a collar to cover the edges of the cut wall for a cleaner installation and appearance.  A back-side collar locks the front onto the wall without screws (but it can be screwed in as well if you choose).  The two halves sandwich the wall with a ratchet-style click mechanism every 1/8” (3.2mm) to accommodate all common wall boards from 3/8” to 3/4”.  A spring system on the Back Collar allows for a firm grip and adjusts for variations in wall thickness due to paint, paper, plaster, etcetera.   Screws can also be used if desired.

The Snap-In Acces Door has a “lockable” latch to prevent accidental opening.  And, the entire assembly snaps together without tools.   Not to mention, you can print it at home!

This version provides an access opening of approximately 200mm x 200mm (8” x 8”) square.   Cut a (205mm) 8-1/8” square opening in your wall.  

I have also posted a smaller 6" version which is available here...
https://than.gs/m/1162618

100% printed - no hardware, fasteners, or adhesives required.  No additional support is required.

Print Settings:
 
Material = PLA or PETG, any material should work.  
Nozzle = 0.4mm
Layer height = 0.2mm
Line width = 0.4mm
Wall count = 4 (1.6mm)
Top and Bottom Layer Count = 5
Infill = 40% Cubic
Ironing = Not required 
Brim = No
Support = The required support is built into the design.

See my blog for more details and other product info… 
https://www.logicalplanet.com/



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