Fully Customizable General Purpose Handles

Here we have some fully customizable general purpose handles. There are two variants: one with a single screw fixing point and one with dual screw fixing points. We really like [guppyk's](https://www.thingiverse.com/guppyk/) [Handle - All Purpose, Four Sizes](https://www.thingiverse.com/thing:4619895), but we needed something slightly different. Rather than modify guppyk's model, we chose to create a similar design in OpenSCAD that is fully customizable. This design is **_completely free_** and shared under a permissive license. Your [support](https://codeandmake.com/support) is hugely appreciated. Did you know? ------------------- Some of our designs cannot be found on Thingiverse. If you are looking for more, check out our premium projects: https://codeandmake.com/premium Thingiverse Cusomizer App --------------------------- We recommend you use [OpenSCAD](https://www.openscad.org/) to customize this design. However, you can also customize it online via the Thingiverse Customizer App: * [Customize Single Point Variant](https://www.thingiverse.com/thing:4643658) use Thingiverse 'Open in Customizer' on this page * [Customize Dual Point Variant Customizer](https://www.thingiverse.com/thing:4671672) use Thingiverse 'Open in Customizer' on this page OpenSCAD Customizer Options --------------------------- You can customize everything from the size and position of the screw holes to the overall dimensions of the handle and the style of the bevel. ### Single Point Variant OpenSCAD Customizer Options: #### Screw * `Screw_Hole_Diameter` - Screw hole diameter * `Screw_Direction` - Screw from front or rear #### Front Screw * `Screw_Head_Hole_Diameter` - Screw head hole diameter * `Screw_Material_Thickness` - Material thickness (between screw head and base) * `Screw_Countersink_Angle` - Screw countersink angle (82 and 90 are common) #### Rear Screws * `Screw_Hole_Depth` - Depth of screw hole #### Stem * `Stem_Material_Thickness` - Thickness of stem (X and Y axis) * `Stem_Height` - Height of stem (Z axis) #### Handle * `Handle_Grip_Width` - Width of grip (X and Y axis) * `Handle_Height` - Height of handle (Z axis) * `Square_Handle` - Should the handle be square? #### Base * `Base_Enabled` - Should a base be added? * `Base_Lip_Width` - Width of base lip (X and Y axis) * `Base_Lip_Height` - Height of base lip (Z axis) #### Bevel * `Bevel_Radius` - Radius of bevel * `Bevel_Rounded` - Should bevel be rounded? ### Dual Point Variant OpenSCAD Customizer Options: #### Screws * `Screw_Distance` - Distance between the screws * `Screw_Hole_Diameter` - Screw hole diameter * `Screw_Direction` - Screw from front or rear #### Front Screws * `Screw_Head_Hole_Diameter` - Screw head hole diameter * `Screw_Material_Thickness` - Material thickness (between screw head and base) * `Screw_Countersink_Angle` - Screw countersink angle (82 and 90 are common) #### Rear Screws * `Screw_Hole_Depth` - Depth of screw holes #### Handle * `Handle_Material_Thickness` - Thickness of handle (X and Y axis) * `Handle_Height` - Height of handle (Z axis) * `Handle_End_Length` - Handle end length (in addition to Handle_Material_Thickness) #### Hand Hole * `Hand_Hole_Width` - Width of hand hole (X axis) * `Hand_Hole_Depth` - Depth of hand hole (Y axis) #### Bevel * `Bevel_Radius` - Radius of bevel * `Bevel_Rounded` - Should bevel be rounded? Versions -------- ### Single Point Variant * 1.2 (25 Mar 2022) - Added options for rear screw (`Screw_Direction` and `Screw_Hole_Depth`) * 1.1 (1 Dec 2020) - Improvements for Thingiverse Customizer * 1.0 (4 Nov 2020) - Initial version ### Dual Point Variant * 1.2 (25 Mar 2022) - Added options for rear screws (`Screw_Direction` and `Screw_Hole_Depth`) * 1.1 (1 Dec 2020) - Improvements for Thingiverse Customizer * 1.0 (4 Nov 2020) - Initial version Printing -------- Recommended slicer settings: * Resolution: 0.1mm - 0.2mm * Infill: ~50% for soft filaments, such as PLA (could probably be lower for tougher filaments, such as ABS) * Supports: Doesn't Matter * Rafts: Doesn't Matter For round single point handles, you may wish to consider randomising the start position of each layer to avoid a Z seam. In Cura this option is called `Z Seam Alignment`. For small single point handles, you may need a print with a brim. Attribution ----------- This work, [Fully Customizable General Purpose Handles](https://www.thingiverse.com/thing:4643658) was inspired by [guppyk's](https://www.thingiverse.com/guppyk/) [Handle - All Purpose, Four Sizes](https://www.thingiverse.com/thing:4619895). Whilst some of the models included in the project may appear similar to the models from guppyk's project, the code and files in this project do not include any of the code or files from guppyk's project. All of the STLs in this project are original and were generated using code that was developed, in full, by Code and Make (i.e. from the .scad file included in this project). Although we do not believe this project can strictly be considered a derivative (or 'remix' in Thingiverse parlance) of guppyk's project, we believe it is fair and proper to give credit to guppyk for the original design concept. For this reason, we have marked this project as a 'remix' of guppyk's project on Thingiverse to show our appreciation. [Handle - All Purpose, Four Sizes](https://www.thingiverse.com/thing:4619895) by [guppyk](https://www.thingiverse.com/guppyk/) is licensed under the [CC BY](https://creativecommons.org/licenses/by/4.0/) license by [guppyk](https://www.thingiverse.com/guppyk/). License ------- The "Fully Customizable General Purpose Handles" models (.stl) are licensed under the [CC BY](https://creativecommons.org/licenses/by/4.0/) license by [Code and Make](https://codeandmake.com/). The "Fully Customizable General Purpose Handles" code (.scad & .json) is licensed under [The MIT License](https://opensource.org/licenses/MIT) by [Code and Make](https://codeandmake.com/). We are proud to offer content to you absolutely free. ------- We love to create free content for you. As you might imagine, it takes a lot of time. Supporters help us fund materials and equipment to create future projects and tutorials. 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