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This repository contains the 3D mesh files of the Rae construction which are designed for 3D printing

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Festo-se/raeware

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About the Rae Project

Rae stays for Robot-autonomy- effector and is an OpenSource based modular end-of-arm tool with integrated eye-in-hand depth camera which enables researchers, AI-enthusiasts and engineers to develop and deploy autonomous applications for robot manipulators. The 6 different module-types helps to solve various modern challenges in Robotics as for example bin-picking, packaging or tool-based automation. The design originates from the Bachelor-thesis created by Roman Baur in cooporation with Festo SE & Co. KG and the University of applied Sciences in Esslingen.

Getting Started

How I get an working rae:

  1. Download the .stl files from the base-system including drive and guide parts
  2. Choose whether you want a realsense or a kinect perception system and download the according .stl files.
  3. Print it with a high-quality SLS-Printer.
  4. Assemble the the printed parts and the electric components with the appropriate screws.
  5. Download the Image for the embedded linux called raeos and flash it on an SD-Card. Then boot the system.

If you want to have an assembled and preinstalled rae, please contact themakeservice

How to set up my rae:

  1. Install the raeros-client on your host system and setup an ethernet or wireless based connection to the rae-system.

Base-System

>> base-system

Realsense System

>> realsense-system

Kinect System

>> kinect-system

Gripper Fingers

Festo DAHS-80 Radialgripper

>> radialgripper80

Festo DAHS-120 Radialgripper

>> radialgripper120

Flanges

>> Franka-Panda-Flange

Vacuum Module

double-pump

>> double-vacuum-module

big-pump

>> big-vacuum-module

Suction modules

Angular compensation

>> angular-compensation-module

Linear compensation

>> linear-compensation-module

Electrical Circuit

Cable-set

Credits

Bachelors thesis and extension by Roman Baur:

  • Modular Concept
  • Mechanical-, Electrical- and Software-Design

Supervisors Festo SE & Co. KG:

Daniel Brauchle, Dionysios Satikidis, Timo Schwarzer

Supervisors HS Esslingen:

Bachelors Thesis RAE v 1.0:

Prof. Clemens Klöck, Dionysios Satikidis

RAE v 2.0:

Prof. Thao Dang

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This repository contains the 3D mesh files of the Rae construction which are designed for 3D printing

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