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Table 1 Mechatronic devices for home-based upper limb rehabilitation therapy

From: Home-based upper limb stroke rehabilitation mechatronics: challenges and opportunities

Orig. year

Device or author

DOF (A/U)

Motions

Actuators

Measurement capability

Type

Proximal

 2010

Ren et al. [42]

1/0

Elbow motion

DC Motor

Elbow joint pos.

Joint-based

 2011

Lu et al. [43, 44]

2/0

Horizontal planar reaching

DC Motor

Hand pos.

Endpoint

 2013

RAE [45]

0/1

Circular reaching

None

Hand pos.

Endpoint

 2014

CR2 [46]

1/0

Linear reaching

DC motor

Hand pos.

Endpoint

 2014

Haptic Theradrive [47]

1/0

Circular reaching

DC motor

Hand pos. and force

Endpoint

 2014

hCAAR [37, 48]

2/0

Horizontal planar reaching

Electric motors

Hand pos. and force

Endpoint

 2014

ATD [49]

3/1

3D reaching and grasping

DC motor + damper

Hand pos.

Endpoint

 2014

Tommasino et al. [50]

0/2

Horizontal planar reaching

None

Hand pos. and force

Endpoint

 2015

Mohamaddan et al. [51]

2/0

Vertical planar reaching

DC motors

Hand pos.

Endpoint

 2015

ArmeoSenso [52, 53]

0/5

3D reaching

None

Arm accel. and orient., joint pos., trunk pos.

Joint-based

 2017

Wojewoda et al. [54]

0/2

Horizontal planar reaching

None

Hand pos. and orient.

Endpoint

 2017

HOTAR [55, 56]

2/0

Horizontal planar reaching

DC motors

Hand pos. and force

Endpoint

 2017

BULReD [57]

2/0

Horizontal planar reaching (bimanual)

DC motors

Hand pos. and force

Endpoint

 2018

PVSED [58, 59]

1/0

Elbow motion

DC motor + spring

Elbow joint pos.

Joint-based

 2018

HomeRehab [60, 61]

3/0

3D reaching

DC motors

Hand pos. and force

Endpoint

 2018

Gao et al. [62]

3/0

3D reaching

DC motors

Elbow, forearm, and wrist flexion joint pos.

Joint-based

 2019

PaRRo [63]

0/2

Horizontal planar reaching

Magnetic brakes

Hand pos.

Endpoint

 2019

Bai et al. [64]

2/0

Spherical reaching

DC motors

Hand pos., force and torque

Endpoint

 2019

HomeRehabMaster [65]

0/5

3D reaching

None

Arm accel. and orient., joint pos., trunk pos.

Joint-based

 2020

Phan et al. [66]

0/1

Elbow motion

Linear servomotors + spring

Elbow joint pos.

Joint-based

 2020

Nicholson-Smith et al. [67]

2/0

Horizontal planar reaching

DC motors

Hand pos. and force

Endpoint

 2021

Zhang et al. [68]

6/0

3D reaching (bimanual)

Linear servomotors

Shoulder and elbow joint pos.

Joint-based

Distal

 2014

SCRIPT [69,70,71,72]

0/6

Wrist flexion, grasping (individual fingers)

None (springs)

Finger and wrist pos., hand pos.

Joint-based

 2014

Physiotherabot/WF [73, 74]

3/0

Wrist orient.

DC motors

Wrist pos. and hand force

Endpoint

 2015

Polygerinos et al. [75]

5/0

Grasping (individual fingers)

Pneumatic bladders

Fingertip forces

Joint-based

 2016

Yang et al. [76]

1/0

Grasping

Stepper motor

Fingertip forces, finger flexion

Joint-based

 2016

Smart Glove [77,78,79,80]

0/8

Grasping (individual fingers), 3D reaching

None

Hand position, orientation, and acceleration, wrist position, finger positions

Joint-based

 2017

HandSOME [81]

0/1

Grasping

None

Grasp pos.

Joint-based

 2017

eWrist [82, 83]

1/1

Wrist orient.

DC Motor

Wrist orient., velocity, torque, (sEMG)

Joint-based

 2017

QikRehab [84]

0/6

Object manipulation (pinch, grasp, twist, roll)

None

Hand accel., grip force

Endpoint

 2018

DIAGNOBOT [85]

3a/1

Wrist orient. and grasping

Electric servomotors

Wrist orient., force, torque

Endpoint

 2018

Ambidexter [86]

3/0

Wrist orient. and grasping

DC motors

Hand orient., grasp force

Endpoint

 2018

X-Glove [87]

5/3

3D reaching and grasping (individual fingers)

Linear servomotors

Finger pos., arm joint pos.

Joint-based

 2020

PWRR [88]

2/0

Wrist orient.

Pneumatic pistons

Wrist orient.

Endpoint

 2021

RobHand [89]

5/0

Grasping (individual fingers)

Linear servomotors

Finger pos.

Joint-based

Proximal + Distal

 2010

GT System [90]

0/6

3D reaching and grasping

None

Hand pos. and orient., trunk pos.

Endpoint

 2012

ULERD [91,92,93]

3/0

Elbow motion and wrist flexion and rotation

DC motors

Elbow and wrist joint pos.

Joint-based

 2012

ArmAssist [94,95,96,97,98,99]

0/3

Horizontal planar reaching and grasping

DC motors

Hand pos., wrist orient., vertical and grasp force

Endpointb

  1. For unnamed devices, the first author’s last name is given. DOF degrees of freedom, A/U actuated and unactuated
  2. a The DIAGNOBOT can be reconfigured to support 3 different degrees of freedom, but only one is active at a time
  3. bThe ArmAssist has a wrist module that gives it both endpoint and joint-based characteristics