BURT Rehabilitation System is indicated to aid in the rehabilitation and evaluation of upper extremities for patients suffering from neurological or musculoskeletal injuries or conditions. BURT is a robotic system with 3 actuators (DC motors) in the base, a relatively thin “arm” section composed of two links (“inner” and “outer”) connected via a rotating joint (driven by the 3rd actuator via cables), electronics to drive the system, firmware and software that control the system and provide therapeutic activities and games for the patient, and a stand that supports the system.

The DataLINK Management Software allows the user to set up the DataLINK communications with the computer, configure the sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming data to third party software.Software is available in English, Chinese, and Japanese.

The Biometrics Analysis Software is a comprehensive tool for EMG, Goniometer and associated sensor analysis including real-time data analysis as the data is collected. The Analysis software also contains all of the features of the Management Software: The DataLINK Management Software allows the user to set up the DataLINK communications with the computer, configure the sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming dataSoftware is available in English, Chinese, and Japanese.

The DataLOG Management Software allows the user to set up the DataLOG communications with the computer, configure the sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming data to third party software.Software is available in English, Chinese, and Japanese.

The Biometrics Analysis Software is a comprehensive tool for EMG, Goniometer and associated sensor analysis including real-time data analysis as the data is collected. The Analysis software also contains all of the features of the Management Software: The DataLOG Management Software allows the user to set up the DataLOG communications with the computer, configure the sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming dataSoftware is available in English, Chinese, and Japanese.

The DataLITE Management Software allows the user to set up the DataLITE communications with the computer, configure the DataLITE sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming data to third party software.Software is available in English, Chinese, and Japanese.

The Biometrics Analysis Software is a comprehensive tool for EMG, Goniometer and associated sensor analysis including real-time data analysis as the data is collected. The Analysis software also contains all of the features of the Management Software: The DataLITE Management Software allows the user to set up the DataLITE communications with the computer, configure the DataLITE sensors, collect and save the data. the Management software also contains the Dynamic Link Library for streaming dataSoftware is available in English, Chinese, and Japanese.

The DataLITE AD2 Adaptor is used with the DataLITE DG2 Dongle to readily interface the following devices: Dynamometer, MyoMeter, Pinchmeter, ForcePlates and Load Cells.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

Mains powered battery charging unit for up to 8 wireless DataLITE sensors (LE230, W series Goniometers, Z series Torsiometers, AD2, ACL500).Includes Medical Grade Power Supply and country specific mains power cord..This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

DataLINK (DLK900) is an on-line general purpose subject worn programmable Data Acquisition System allowing the user to collect both analog and digital data from a wide range of wired sensors including Biometrics' Goniometers, Torsiometers, active EMG sensors, Accelerometers, Pinchmeters, Hand Dynamometers and Contact Switches.This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.

DataLINK (DLK900) is an on-line general purpose subject worn programmable Data Acquisition System allowing the user to collect both analog and digital data from a wide range of wired sensors including Biometrics' Goniometers, Torsiometers, active EMG sensors, Accelerometers, Pinchmeters, Hand Dynamometers and Contact Switches.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

A small wireless Dongle (receiver) attached to the USB port of the host PC (Windows 8 or 10 compatible) can communicate with up to 24 channels of DataLITE sensor inputs via Wi-Fi. When used with a Windows 10 Tablet, the researcher can monitor and analyse data in real-time while the subject has total freedom of movement in laboratory or field studies.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

The Biometrics Dynamometer utilises precision load cell technology to increase the sensitivity and accuracy of measurement of even very low grip strength forces. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13

The Biometrics Dynamometer utilises precision load cell technology to increase the sensitivity and accuracy of measurement of even very low grip strength forces. This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

A modern microprocessor controlled general purpose amplifier system which is designed to be worn by the subject. The Amplifier (K800) provides a user friendly method for collecting signals from a variety of sensors including goniometers, sEMG and related signals, in a format which may readily be connected to proprietary display and recording systems including A/D cards.This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13

The MyoMeter allows the user to quantify the force applied during Manual Muscle Testing.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

The DataLOG is the latest in data acquisition technology developed to meet the needs of researchers for portable data collection and monitoring in human performance, sports science, medical research, industrial ergonomics, gait laboratories, and educational settings. Includes: 8 channel data acquisition unit, Bluetooth adapter, 6 x Micro SD cards, Card reader, Management Software, instrument caseThis product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13

The DataLOG is the latest in data acquisition technology developed to meet the needs of researchers for portable data collection and monitoring in human performance, sports science, medical research, industrial ergonomics, gait laboratories, and educational settings. Includes: 8 channel data acquisition unit, Bluetooth adapter, 6 x Micro SD cards, Card reader, Management Software, instrument caseThis product is independently tested and certified to BS EN 60601-1:2006 + A1:2013

The unique electronic pinchmeter has a low profile design that enables the researcher to accurately quantify pinch strength at closer to end range than any other device. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13

The unique electronic pinchmeter has a low profile design that enables the researcher to accurately quantify pinch strength at closer to end range than any other device. This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013.

HUMAC NORM Extremity System; Dynamometer

HUMAC Biodex System2 Extremity System; Dynamometer – Refurbished

HUMAC Biodex System3 Rev0 Extremity System; Dynamometer – Refurbished

HUMAC Biodex System3 Rev1 Extremity System; Dynamometer – Refurbished

HUMAC Biodex System4 Extremity System; Dynamometer – Refurbished

HUMAC NORM Extremity System; Dynamometer – Refurbished

HUMAC Cybex NORM Extremity System; Dynamometer – Refurbished

footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.

Isokinetic testing and evaluation system

The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.

The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.

Robotic assisted device for the rehabilitation of the upper extremity

Robotic-assisted gait trainer

Robotic-assisted gait trainer

The PortableConnect System is a rehabilitative exercise therapy device to increase range of motion

Virtual-display arm rehabilitation system

Fourier M2/Fourier M2 Kids based on force feedback and other core technologies, provides multiple training modes, which meet all assessment and training demands of the patients with upper limb dysfunction from flaccid paralysis phase to recovery stage.Fourier M2/Fourier M2 Kids has therapeutic games that provide real-time trajectory feedback via a monitor, which motivate users to train with more immersion. The training trajectory can be customised by using the ‘teaching mode’ which gives the therapist more flexibility to create the training plan. Fourier M2/Fourier M2 Kids also can evaluate the user’s training outcomes including the movement trajectory, movement velocity, movement torque, range of motion, muscle strength and active-passive ratio.