Sens is an inertial sensor to measure the range of motion and to compare the sym
Sens is an inertial sensor to measure the range of motion and to compare the symmetry between the injured limb’s amplitude andthe healthy limb.
The Radink Sensor uses a combination of a 3-axis accelerometer, a 3-axis gyrosco
The Radink Sensor uses a combination of a 3-axis accelerometer, a 3-axis gyroscope, and a 3-axis magnetometer to locate a patient's body in 3D space. It is calibrated to the patient's original position immediately prior to the surgery so any movement is tracked and the patient can be returned to the original position at any time during or after the surgery.
The Titronics range of motion device is a dual inclinometer system. A goniomete
The Titronics range of motion device is a dual inclinometer system. A goniometer is powered device intended to evaluate joint function by measuring and recording ranges of motion, acceleration, or forces exerted by a joint.
Battery powered device intended to evaluate joint function by measuring and reco
Battery powered device intended to evaluate joint function by measuring and recording ranges of motion, acceleration, or forces exerted by a joint
The Lafayette Hand-Held Dynamometer is an ergonomic hand-held device for objecti
The Lafayette Hand-Held Dynamometer is an ergonomic hand-held device for objectively quantifying muscle strength. The device comes in an ergonomic plastic housing that fits comfortably in the palm of the hand. An elastic strap helps keep the HHD in place. The device has a LCD screen for data readout and menus for setup. The patient pushes on a stirrup accessory which is attached to the shaft of a force measuring load cell. The load cell senses the amount of force being applied to the device by the patient and this load is displayed in the LCD in pounds, kilograms or newtons. An optional test stand accessory and holder are used to position the HHD for the test.
The Lafayette Hand-Held Dynamometer is an ergonomic hand-held device for objecti
The Lafayette Hand-Held Dynamometer is an ergonomic hand-held device for objectively quantifying muscle strength. The device comes in an ergonomic plastic housing that fits comfortably in the palm of the hand. An elastic strap helps keep the HHD in place. The device has a LCD screen for data readout and menus for setup. The patient pushes on a stirrup accessory which is attached to the shaft of a force measuring load cell. The load cell senses the amount of force being applied to the device by the patient and this load is displayed in the LCD in pounds, kilograms or newtons. An optional test stand accessory and holder are used to position the HHD for the test.