Media Summary: Low Inertia Manipulator with High Stiffness and Strength. Degrees of Freedom 7 DOF / Arm : Shoulder 3, elbow 1, wrist 3 3 DOF ... LIMS (Low Intertia Manipulator with High Stiffness and Strength) Vibration caused by inappropriate motor driver gains & low torsional stiffness of the elbow joint. - Driver gain tunning required ...

Lims2 Ambidex Basic Motion Test - Detailed Analysis & Overview

Low Inertia Manipulator with High Stiffness and Strength. Degrees of Freedom 7 DOF / Arm : Shoulder 3, elbow 1, wrist 3 3 DOF ... LIMS (Low Intertia Manipulator with High Stiffness and Strength) Vibration caused by inappropriate motor driver gains & low torsional stiffness of the elbow joint. - Driver gain tunning required ... 1-DOF elbow joint - Torque and stiffness are amplified by 6 and 36 times due to a light-weight tension amplification mechanism. LIMS Elbow Mechansim : 1-DOF Joint with a tension amplification mechanism. Cable driven robotic joint inspired by the

4-DOF 3-finger hand - Underactuated finger mechanism - Loosely coupled Joints for constant free Complete gravity compensation using compressive springs and parallel link mechanisms - Nonsingular translational

Photo Gallery

LIMS2-AMBIDEX : basic motion test
LIMS2-AMBIDEX Whole Body Motion Test
LIMS, the Fast and Safe Robot Arm -  Motion Test
LIMS2-AMBIDEX Clapping motion test
LIMS, the Fast and Safe Robot Arm - Fast Motion Test
LIMS2-AMBIDEX    High-five motion test
LIMS2-AMBIDEX   mechanical design
New LIMS with Improved Performance!  LIMS3-AMBIDEX
LIMS, the Fast and Safe Robot Arm -  Elbow Mechansim
DRC - Basic Motion Test
3D-Printed LIMS2-AMBIDEX Style Robotic Joint
LIMS2-AMBIDEX Hand
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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 ...

LIMS2-AMBIDEX Whole Body Motion Test

LIMS2-AMBIDEX Whole Body Motion Test

LIMS2

LIMS, the Fast and Safe Robot Arm -  Motion Test

LIMS, the Fast and Safe Robot Arm - Motion Test

LIMS (Low Intertia Manipulator with High Stiffness and Strength)

LIMS2-AMBIDEX Clapping motion test

LIMS2-AMBIDEX Clapping motion test

LIMS2

LIMS, the Fast and Safe Robot Arm - Fast Motion Test

LIMS, the Fast and Safe Robot Arm - Fast Motion Test

Vibration caused by inappropriate motor driver gains & low torsional stiffness of the elbow joint. - Driver gain tunning required ...

LIMS2-AMBIDEX    High-five motion test

LIMS2-AMBIDEX High-five motion test

LIMS2

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.

New LIMS with Improved Performance!  LIMS3-AMBIDEX

New LIMS with Improved Performance! LIMS3-AMBIDEX

LIMS3-

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.

DRC - Basic Motion Test

DRC - Basic Motion Test

Preliminary

3D-Printed LIMS2-AMBIDEX Style Robotic Joint

3D-Printed LIMS2-AMBIDEX Style Robotic Joint

Cable driven robotic joint inspired by the

LIMS2-AMBIDEX Hand

LIMS2-AMBIDEX Hand

4-DOF 3-finger hand - Underactuated finger mechanism - Loosely coupled Joints for constant free

Waist Mechanism for LIMS2-AMBIDEX with Arm Motions

Waist Mechanism for LIMS2-AMBIDEX with Arm Motions

Complete gravity compensation using compressive springs and parallel link mechanisms - Nonsingular translational

AMBIDEX's Task Learning Test @NAVER 1784

AMBIDEX's Task Learning Test @NAVER 1784

AMBIDEX

LIMS2-AMBIDEX  backdrivability and torque limiting

LIMS2-AMBIDEX backdrivability and torque limiting

Hardware backdrivability

LIMS, the Fast and Safe Robot Arm - Payload Test

LIMS, the Fast and Safe Robot Arm - Payload Test

Preliminary

LIMS, the Fast and Safe Robot Arm -  Interaction Test

LIMS, the Fast and Safe Robot Arm - Interaction Test

LIMS Interaction