Skeletool Hammer

This should fit most any smart phone however I designed it around my iphone 13 which is fairly large.It can accommodate horizontal and vertical charging so you can watch videos in horizontal mode.3D PRINTING SETTINGSPrinter:Bambu Labs X1CRafts: NoSupports: YesInfill: 10%Filament brand: Bambu LabsFilament material: PLA

Servo Mount Arm Horn Micro size x5 Used with Micro servo 9g.Series of 5 Plastic Servo Horns (Mounts, Arms) for Micro Servos. Dimensions are taken from existing models, and obtained using data sheets or calipers.Recommended 3D printingMaterial: Resin, Nylon, PLA, ABS

Turbo Compressor WheelThis is the rotor I used in my turbine model, now available for download. Just like that I have finished assembling the main turbine engine.Recommended 3D printingMaterial: Aluminum (AlSi10Mg)Process: SLMPost-processing: Sandblasting

Tire specifications:Outer diameter: 103 mmInner diameter: 74 mmProcess: 3D printingMaterial: Resin UTR Flex(DLP) or TPU(SLS)

This shape is the minimal expression of The Oloid. If we deconstruct both of them, we'll find the same structure, yet, THE ANTI OLOID is made with the fewest elements possible. Creating different paths even though their motion is the same. Process: 3D Printing SLAMaterial: Somos LedoSurface finish: Vacuum Plating

13 inch diameter and 4 inch pitch propellerPitch (inches) :4 Propeller Diameter (in.) 13 Hub Diameter 0.80 in. Hub Thickness 0.40 in. Shaft Diameter 1/4 in. 3D printing is recommended.Material: Resin, Nylon, Aluminum, Titanium

A foldable toolbox is a specially designed toolbox that can be unfolded for use and easily folded and stored when not in use. It typically consists of multiple foldable components that can be expanded and connected together to form a complete toolbox structure.Here are some common features and descriptions of a foldable toolbox:Foldable structure: A foldable toolbox has a collapsible design, allowing it to be unfolded for use and conveniently folded into a smaller size for storage and portability.Multi-layer or multi-compartment design: Foldable toolboxes often feature multiple layers or compartments, providing space for organizing and separating tools. These layers or compartments can be opened simultaneously when unfolded, making the tools easily accessible.Sturdy structure and materials: To ensure stability and durability, foldable toolboxes are typically constructed with a robust structure and durable materials such as metal or high-strength plastic.Handles and closure mechanisms: Foldable toolboxes are usually equipped with comfortable handles for easy carrying and transportation. Additionally, they may have reliable closure mechanisms to keep the toolbox securely closed when folded.Multi-functional design: Some foldable toolboxes may also have additional features such as built-in measuring tools, small storage compartments, or adjustable dividers to provide added utility and flexibility.Foldable toolboxes are useful in various settings such as households, vehicle maintenance, outdoor activities, and travel. Their portability and flexibility make them a favored solution for tool storage and transportation.When downloading and using STL files, it is crucial to adhere to the file's licensing agreement and terms of use. Some files may be protected by copyright and require permission from the creator for use. Additionally, ensure that you follow safety operating guidelines when using a 3D printer and make appropriate modifications and adjustments as needed.Remember to respect intellectual property rights, obtain necessary permissions when required, and prioritize safety precautions when engaging in 3D printing activities.

This project contains only the G-EDM backbone for the new wire module.Laser cut from 8mm stainless steel (316/316L). Currently there are no mechanical drawings available to have the threads and chamfers manufactured too and this requires post processing.M3, M4, M5 and M6 taps are needed. Single pass taps don't work well with stainless and it should be done with the 3 pass sets.Also some drills for the lasercut holes. Lasercutting 8mm stainless can produce some leftovers on the cutting surface and it should be redrilled to ensure a good fit for the tap.A large countersink drill bit is also needed. M5 and M6 countersink screws are used.More details and files are available on Github:https://github.com/G-EDM/gedm-gapstorm/tree/main

Elegant NAS With Display (feat. Zimaboard2)These are the CAD models for the Zimaboard enclosure, featured on the Magmabow youtube channel. Manufacturing detailsBezel: CNCed 6061 Aluminum, powder coated whiteBody: CNCed 6061 Aluminum, powder coated whiteBack plate: CNCed 6061 Aluminum, powder coated blackHeatsink: CNCed Copper (chosen for its high thermal conductivity)Heatsink holder: 3D Printed AlSi10Mg Aluminum (3D Printed as CNCing is needlessly expensive for a part like this)Internal PCB Mount: Yellow PLAInternal Monitor Mount: Yellow PLAHardware1x 10.1in Display: https://amzn.eu/d/08bejXkZ (remember to set the brightness before inserting in the bezel)1x Zimaboard 2: https://bit.ly/47fNgxA1x PCIE to M.2 Adapter: https://shop.zimaspace.com/collections/zima-accessories/products/pcie-3-0-x4-to-dual-nvme-m-2-ssd-adapter-card1x 12mm latching white button (with power icon)1x 12mm latching green button (no icons)1x mini male displayport right angle ---> regular male displayport adapter1x female displayport to --->male hdmi adapter1x spare microusb cable (type-A end not needed)+ assorted M3 hex socket machine screws (and 4x m3 nuts)+ wires, heatshrinkDisclaimers- Modifying the Zimaboard like this is not recommended, especially disassembling the metal enclosure. After opening the shell and tampering with soldering, it is almost guaranteed that any damage will result in a denial of free repairs. Please ues the board as intended. There is no real reason for disassembly except for making the enclosure smaller. This project can still be created almost identically without taking the pcb out of its shell.- If making this project for yourself, please do not use a plastic heatsink. The only way I can guarantee that it works is by having the heatsink be made of copper, and the body being made from aluminum (with thermal paste coupling the two metals). Making the heatsink out of aluminum may be okay, but I advise against it, as I have not done any thermal simulations with the heatsink being aluminum.Software- Download Homeassistant and the Chromium app using ZimaOS on your NAS (can be installed with a few clicks with their UI)- Configure and customize Homeassistant- Add a custom app using the yaml file attached below. REMOVE THE .TXT APPENDIX. This app makes it possible for the display to show the UI. Make sure to set the starting URL to your home assistant dashboard IP (e.g I have mine set to http://192.168.0.xx:xxxx/hdmi-monitor/0 , but this will be different for you)- Feel free to install other apps in whatever stack you'd likeExclusive Zimaboard 2 discount ($15 USD off): MagmaBow15• Purchase link for ZimaBoard 2: https://bit.ly/47fNgxAfor any issues with file downloads, refer to Printables page for model files

Test_ Large_Cup_Holder_Ring_Phone_Holder

This project is a model of a paper airplane that has landing gears. The provided model is ready for multi color prints, it uses 4 colors: White, Black, Red and Blue.I have used FreeCAD to design the STL (uncolored) file and then Blender to color the model and export the 3MF (colored) file

I like entomology displays but I love absurd humor this project combines both in that it answers the question "What is the inside of a crystal clear pen like ?"