Raptor Reloaded by e-NABLE

By e-NABLE1

120
22
Free
It's free to download
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Raptor Reloaded by e-NABLE

By e-NABLE1

120
22
Free
It's free to download

Information

Raptor Reloaded by e-NABLE

By e-NABLE1

at 2024-05-02
The Raptor Reloaded is an updated release of the original that incorporates feedback from the e-NABLE community and has CAD design source files available in STEP, IGES, IPT, and F3D formats.Updates in the 12-17-14 release include:--Improved print-ability due to custom modeled supports--Cyborg Beast compatible sizing--Improved dovetail geometry--New tensioner retention clip--Easier to use tensioner pins--Low profile elastics with two tie-off options--More access to elastic and flexsor routing channels--Debossed versioning information on palm and gauntlet--Slimmer, more anthropomorhpic fingers--Narrower knuckle block--More intuitive assembly (new one-way proximals)--Thorough documentation and modular design--Source files in native Fusion 360 format, also STEP and IGES--Additional velcro-mounting options as well as traditional velcro loop and leather options--Re-oriented snap-pin head recesses to improve printability--Knuckle pins are now removable, making the hand easy to repair and upgrade--Strengthened tie-bars on finger tipsNative CAD source files available here:Full AssemblyLeft PalmRight PalmGauntletProximal PhalangeFingertipFinger Snap PinDetailed assembly instructions available at bit.ly/RaptorReloaded

Technical

Printing instructions: Scale all parts as needed (the Raptor Hand is designed to work at scales from 100% through 170%) At 100%, the inside of the palm area measures 55mm Measure across the widest part of the palm, then add 5mm for padding, then divide by 55 to get the scaling factor (for example, if the palm is 65mm wide, then 65 + 5 = 70, and 70 / 55 = 1.27 - so your scaling multiplier would be 1.27 or 127%) Print without supports (palm and gauntlet have some supports built into the model) PLA is recommended Suggested settings are 0.2mm layer height, 35% infill, 2 outlines Refer to file names for part descriptions. The number in square brackets at the end of each file name indicates how many copies of that STL file need to be printed for a complete hand assembly. A video tutorial for the assembly process can be found here: http://youtu.be/5HVwC3RnWXk Assembling a Raptor Hand requires the following materials: (4 feet) Velcro, double-sided (2” wide) (8 feet) Non-elastic nylon cord, 0.9mm (5 feet) Flexible elastic cord (5) Tensioner screws (3) Palm velcro attachment screws with stop nuts (12 inches) Firm Foam Padding (5 ¾” wide) (5) Lee Tippi Micro Gel Fingertip Grips (optional) All of the parts needed for assembly can be found easily in most areas, but if you prefer to get everything in one place, 3D Universe offers kits with all of the assembly materials needed for producing a Raptor Hand: http://shop3duniverse.com/collections/3d-printable-kits/products/raptor-hand-by-e-nable-assembly-materials-kit

Comments (3)

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UltiErik
UltiErik
over 8 years
Dear friends from e-Nable! We've created an assembly viewer for YouMagine which allows you to show a design fully assembled in the 3D view on the design page. This was design specifically so people can share complex designs and still show the relationship between the files and where the printed parts need to go into the assembly. An example is this design: https://www.youmagine.com/designs/pigrrl-zero-raspberry-pi-gameboy Make sure you also click on the Bill of Materials entry inside the 3D view. You can then see the objects in 3D and the lines that refer to files are actually linked. You can also include and reference non-printable files and indicate that they're not printable (a checkbox). This will become really useful as we integrate useful tools that help people who are printing lots of small objects and who want to keep track of what they have and/or haven't printed.
Ianadan
Ianadan
almost 10 years
<p>Are there any plans to include this in the HandoMatic customiser?</p>
3rdimension
3rdimension
almost 10 years
<p>The assembly instuctions are not yet updated, so the YouTube video shows the assembly method for v1.0. Most of the methods are the same, the main difference is in the stringing of the elastic cords which, for the fingers, are now tied to each other rather than back to posts on the palm. If you look closely at the pictures you can see the elastic cords looping around the channels at the front of the palm. </p><p>Amendment to the above (09/02/15), the main picture has now been changed and shows the elastic cords tied off at the bridge at the back of the palm,&nbsp;</p>

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e-NABLE is a global volunteer assistive technology network built on an infrastructure of electronic communications, 3D printing and good will. Its community of 1500+ designers, technologists, and researchers seeks to bring inexpensive 3D-printed pro...

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