From bench to bedside

GripAble has been developed in partnership with thousands of therapists and patients, across multiple clinical conditions. See who uses GripAble below.

Who uses GripAble?

GripAble is used by neurological and orthopaedic therapists in both hospital and community settings. Set-up is quick and fuss-free: no computers, no cameras, no body sensors. Turn on the tablet and get training.

Some of our users

Who are we?

A multidisciplinary team of therapists, scientists and engineers getting simple effective technology into the hands of the people that need it.

Team members

Dr Paul Rinne

CEO - Cofounder

Dr Mike Mace

CTO - Cofounder

Nicola Goldsmith

Clinical Director

Dawn Jackson

Head of Sales

Clinical advisory members

Dr Paul Bentley

Clinical Lead for Rehabilitation Technologies
Imperial College London

Prof Etienne Burdet

Chair of Rehabilitation Robotics
Imperial College London

Prof Jane Burridge

Head of Neurorehabilitation Research Group
University of Southampton
President ACPIN

Lydia Dean

Specialist Occupational Therapist

Hilary Rose

Head of Therapy Services
Regional Hyper-acute Rehabilitation Unit

Katia Fournier

Clinical Specialist Hand Therapist

Luke Thompson

Specialist Paediatric Occupational Therapist
The PACE Centre

Bill Tahtis

Consultant Occupational Therapist
Kings College London

Alex Walker

Senior Occupational Therapist
St Georges NHS Trust

Rachel Murrill

Specialist Paediatric Occupational Therapist
The PACE Centre

Science

GripAble has been developed and tested in partnership with leading academic institutions.

Democratizing neurorehabilitation: how accessible are low-cost mobile-gaming technologies for self-rehabilitation of arm disability in stroke?

P. Rinne et al.

PLOS ONE 2016

Balancing the playing field: collaborative gaming for physical training

M. Mace et al.

JNER 2017

Many hands make light work: interactive is better than solo physiotherapy in certain patient types

C. Fernandes et al.

ESOC 2019

Optimizing self-exercise scheduling in motor stroke using Challenge Point Framework theory

R. Lotay et al.

ICORR 2019

Our partners