Media Summary: Video companion (2/2) of the paper: "Design, Control, and Experiments of a Low-Cost Video companion (1/2) of the paper: "Design, Control, and Experiments of a Low-Cost Reconfigurable Cable Driven Parallel Robot Test 1

Open Source Planar Cable Driven Parallel Robot Teach Pendant Demo - Detailed Analysis & Overview

Video companion (2/2) of the paper: "Design, Control, and Experiments of a Low-Cost Video companion (1/2) of the paper: "Design, Control, and Experiments of a Low-Cost Reconfigurable Cable Driven Parallel Robot Test 1 This video serves as Multimedia extension for the following Article: Rushton, M., and Khajepour, A. (December 23, 2020). Discover the future of automation with our groundbreaking Speeds for J2 and J3 are around 25 RPM, J4 and J5 are around 50 RPM! Want to build your own? Follow the instructions on ...

Picking up and Placing Demo with cable-driven robot This is the second prototype of the project RopeBot. The main control loop is implemented in C++ and runs on a Raspberry Pi 3B. Proud of being one of the first humans to have the opportunity trying the

Photo Gallery

Open-Source Planar Cable-Driven Parallel Robot: Teach Pendant Demo
Open-Source Planar Cable-Driven Parallel Robot: Interpolated Trajectory
Cable driven parallel robot 90 degree tilting at the tool by red cable robots
Suspended Cable-Driven Robot Force Mode
Reconfigurable Cable Driven Parallel Robot Test 1
Variable Structure Cable-Driven Parallel Robot: Rehabilitation Example
RoboCatheter: A Cable-Driven Parallel Robot
KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot
Flexible Motion of a Cable-Driven Parallel Robot on 3D Curved Surface
Revolutionising Industries with the Cable Driven Robot | Ardra Lab
PAROL6 3D printed robot - MAX speed
Picking up and Placing Demo with cable-driven robot
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Open-Source Planar Cable-Driven Parallel Robot: Teach Pendant Demo

Open-Source Planar Cable-Driven Parallel Robot: Teach Pendant Demo

Video companion (2/2) of the paper: "Design, Control, and Experiments of a Low-Cost

Open-Source Planar Cable-Driven Parallel Robot: Interpolated Trajectory

Open-Source Planar Cable-Driven Parallel Robot: Interpolated Trajectory

Video companion (1/2) of the paper: "Design, Control, and Experiments of a Low-Cost

Cable driven parallel robot 90 degree tilting at the tool by red cable robots

Cable driven parallel robot 90 degree tilting at the tool by red cable robots

Demo

Suspended Cable-Driven Robot Force Mode

Suspended Cable-Driven Robot Force Mode

Suspended Cable-Driven Robot Force Mode

Reconfigurable Cable Driven Parallel Robot Test 1

Reconfigurable Cable Driven Parallel Robot Test 1

Reconfigurable Cable Driven Parallel Robot Test 1

Variable Structure Cable-Driven Parallel Robot: Rehabilitation Example

Variable Structure Cable-Driven Parallel Robot: Rehabilitation Example

This video serves as Multimedia extension #2 for the following Article: Rushton, M., and Khajepour, A. (December 23, 2020).

RoboCatheter: A Cable-Driven Parallel Robot

RoboCatheter: A Cable-Driven Parallel Robot

RoboCatheter is a

KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot

KNTU - ARAS Lab - RoboCab: Parallel Cable Driven Robot

This is the trailer of our

Flexible Motion of a Cable-Driven Parallel Robot on 3D Curved Surface

Flexible Motion of a Cable-Driven Parallel Robot on 3D Curved Surface

It is a

Revolutionising Industries with the Cable Driven Robot | Ardra Lab

Revolutionising Industries with the Cable Driven Robot | Ardra Lab

Discover the future of automation with our groundbreaking

PAROL6 3D printed robot - MAX speed

PAROL6 3D printed robot - MAX speed

Speeds for J2 and J3 are around 25 RPM, J4 and J5 are around 50 RPM! Want to build your own? Follow the instructions on ...

Picking up and Placing Demo with cable-driven robot

Picking up and Placing Demo with cable-driven robot

Picking up and Placing Demo with cable-driven robot

Cable-driven Parallel Robot for 3D Structure Printing

Cable-driven Parallel Robot for 3D Structure Printing

This video shows our

Design of a Planar Cable-Driven Parallel Robot for Non Contact Tasks

Design of a Planar Cable-Driven Parallel Robot for Non Contact Tasks

We have developed a

RopeBot - Prototype 2: A cable-driven robot with 3 degrees of freedom

RopeBot - Prototype 2: A cable-driven robot with 3 degrees of freedom

This is the second prototype of the project RopeBot. The main control loop is implemented in C++ and runs on a Raspberry Pi 3B.

Cable-driven parallel robots – Motion simulation i

Cable-driven parallel robots – Motion simulation i

Proud of being one of the first humans to have the opportunity trying the