Media Summary: 1-DOF elbow joint - Torque and stiffness are amplified by 6 and 36 times due to a light-weight tension amplification mechanism. Cable driven robotic joint inspired by the LIMS Elbow Mechansim : 1-DOF Joint with a tension amplification mechanism.

Lims2 Ambidex Mechanical Design - Detailed Analysis & Overview

1-DOF elbow joint - Torque and stiffness are amplified by 6 and 36 times due to a light-weight tension amplification mechanism. Cable driven robotic joint inspired by the LIMS Elbow Mechansim : 1-DOF Joint with a tension amplification mechanism. Here I present unusual Robotic Joint. Actually this is kind of cable driven reducer. The great advantage is that it has zero backlash. Low Inertia Manipulator with High Stiffness and Strength. Degrees of Freedom 7 DOF / Arm : Shoulder 3, elbow 1, wrist 3 3 DOF ... This video will show 10 hydraulic arm the principle of

Hardware backdrivability test : all motors off - Compliance test : motor currents limited. The start of a more technical practice focused series, On Mecha, will still primarily focus on reviewing the concepts and eventually ...

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LIMS2-AMBIDEX   mechanical design
3D-Printed LIMS2-AMBIDEX Style Robotic Joint
LIMS, the Fast and Safe Robot Arm -  Elbow Mechansim
New LIMS with Improved Performance!  LIMS3-AMBIDEX
Build a Robot Arm Part #1 - Mechanical Design (6-axis robot)
You've never seen the Robot Joint like this one!
LIMS2-AMBIDEX : basic motion test
10 hydraulic arm the principle of design mechanical mechanism
LIMS2-AMBIDEX  backdrivability and torque limiting
LIMS2-AMBIDEX Whole Body Motion Test
ON MECHANICAL DESIGN-1: AN INTRODUCTION TO MECHANICAL DESIGN
LIMS2-AMBIDEX Clapping motion test
Sponsored
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LIMS2-AMBIDEX   mechanical design

LIMS2-AMBIDEX mechanical design

1-DOF elbow joint - Torque and stiffness are amplified by 6 and 36 times due to a light-weight tension amplification mechanism.

3D-Printed LIMS2-AMBIDEX Style Robotic Joint

3D-Printed LIMS2-AMBIDEX Style Robotic Joint

Cable driven robotic joint inspired by the

LIMS, the Fast and Safe Robot Arm -  Elbow Mechansim

LIMS, the Fast and Safe Robot Arm - Elbow Mechansim

LIMS Elbow Mechansim : 1-DOF Joint with a tension amplification mechanism.

New LIMS with Improved Performance!  LIMS3-AMBIDEX

New LIMS with Improved Performance! LIMS3-AMBIDEX

LIMS3-

Build a Robot Arm Part #1 - Mechanical Design (6-axis robot)

Build a Robot Arm Part #1 - Mechanical Design (6-axis robot)

This covers the

Sponsored
You've never seen the Robot Joint like this one!

You've never seen the Robot Joint like this one!

Here I present unusual Robotic Joint. Actually this is kind of cable driven reducer. The great advantage is that it has zero backlash.

LIMS2-AMBIDEX : basic motion test

LIMS2-AMBIDEX : basic motion test

Low Inertia Manipulator with High Stiffness and Strength. Degrees of Freedom 7 DOF / Arm : Shoulder 3, elbow 1, wrist 3 3 DOF ...

10 hydraulic arm the principle of design mechanical mechanism

10 hydraulic arm the principle of design mechanical mechanism

This video will show 10 hydraulic arm the principle of

LIMS2-AMBIDEX  backdrivability and torque limiting

LIMS2-AMBIDEX backdrivability and torque limiting

Hardware backdrivability test : all motors off - Compliance test : motor currents limited.

LIMS2-AMBIDEX Whole Body Motion Test

LIMS2-AMBIDEX Whole Body Motion Test

LIMS2

ON MECHANICAL DESIGN-1: AN INTRODUCTION TO MECHANICAL DESIGN

ON MECHANICAL DESIGN-1: AN INTRODUCTION TO MECHANICAL DESIGN

The start of a more technical practice focused series, On Mecha, will still primarily focus on reviewing the concepts and eventually ...

LIMS2-AMBIDEX Clapping motion test

LIMS2-AMBIDEX Clapping motion test

LIMS2