Discover Baiobit

HARDWARE

A light and handy medical device designed to make precise and fast measurements. The kit consists of:

  • 1 wearable motion sensor that guarantees freedom of movements
  • 3 belts of various lengths fit for different body areas

SOFTWARE

A user-friendly and constantly updated application to take care of your patients, obtaining immediate results through:

  • customer profile creation
  • wide selection of tests and exercises
  • real time data acquisition and processing
  • easy-to-read report
  • comparison of collected data

Our applications

Range of Motion

Instrumental and accurate analysis of joint range of motion.

Test

  • Cervical
  • Shoulder
  • Trunk
  • Free angles

Biofeedback exercises

Gait & Balance

Walk and equilibrium evaluation to create tailor-made rehabilitative programs.

Test

  • Timed Up and Go
  • Walk
  • Balance

Biofeedback exercises

Return to play

Support in the path to recover from a sport injury.

Test

  • Jump
  • Power-Force-Velocity Profile
  • Balance

Biofeedback exercises

Cognitive

Support during cognitive assessment and rehabilitation.

Cognitive exercises

  • Attention
  • Memory
  • Executive functions
  • Perception

Test

Range of motion

It allows to objectively measure the trunk Range of Motion (ROM).

  • Cervical
  • Shoulder
  • Trunk
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Indices

  • Range of motion
  • Normal range
  • Angular velocity for each direction of movement
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Free angles

It allows the clinician to choose how to design tests and exercises, as well as to position the sensor freely. According to the patient's needs, you can objectively measure the mobility of numerous body segments.

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Indices

  • Range of motion
  • Angular velocity for each direction of movement
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Jump

It allows to obtain information on the explosive-elastic strength of the lower limbs. It can be useful in the post-injury return to sport and also in preventing possible injuries.

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Specificity

  • Countermovement
  • Squat
  • Stiffness
  • Drop

Indices

  • Flight time
  • Contact time
  • Jump height
  • Stiffness, index of reactivity
  • Force development rate
  • Force to take off
  • Impact index
  • Reactivity strength index
  • Total power
  • Endurance
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Power-force-velocity profile

It allows to quantitatively evaluate the power and force that a subject expresses during the execution of a movement, providing an estimation of the 1RM load and the power-load curve.

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Indices

  • Number of series
  • Maximum power [W]
  • Speed at maximum power [m/s]
  • Load at maximum power [kg]
  • 1RM - maximum repetition [kg]
  • Power Load Graph
  • Load Speed Graph
  • Repetition table
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Balance

It allows the evaluation of the patient's stability when maintaining the orthostatic position. The test can be performed in bipodalic or monopodalic, with eyes opened or closed.

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Indices

  • Statokinesiogram of the center of mass (COM)
  • Swing angle
  • 95% confidence ellipse area
  • COM antero-posterior oscillation range
  • COM mid-lateral oscillation range
  • Average speed of the antero-posterior and mid-lateral oscillation
  • Total trajectory length of the COM
  • Path length as a function of surface (LSF)
  • Risk of falling
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Timed Up & Go

It allows to evaluate the patient's ability to maintain the static and dynamic balance, the fluidity of movement, the ability to walk and the risk of falling (especially in the elderly).

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Indices

  • Functional Mobility
  • Risk of falling
  • Duration of the different stages of the test
  • Accelerations during standing and sitting
  • Range of motion during lifting and sitting
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Walk

It allows the therapist to collect objective data for an accurate and repeatable evaluation of the patient's gait.

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Indices

  • Symmetry, speed, cadence
  • Propulsion, harmonic ratio, walking ratio, stride cycle length, stride length in relation to height, length of single support, stride duration, stride cycle quality index
  • Duration of the phases of the step, support, flight, double stands
  • Range of movement of the pelvis during the gait cycle
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Biofeedback exercises

Cervical clock

This section contains exercises to train the patient's range of motion and motor control at the level of the cervical spine. The integration of stimuli in biofeedback and elements of augmented reality engage the patient during the exercise, improving its execution.

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Indices

  • Customizable test difficulty
  • Accuracy index
  • Execution time
  • Range of Motion
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Balance

This section offers exercises to train the patient's ability to keep his center of mass as stable as possible. 

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Specificity

  • Static
  • Dynamic

Indices

  • Customizable test difficulty
  • Accuracy index
  • Execution time
  • Amplitude of the anteroposterior and mediolateral oscillation and relative speed
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Free angles

This section offers customizable exercises by freely choosing the positioning of the sensor, the body segment and the most suitablebiofeedback.

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Indices

  • Customizable Range of Motion
  • Range of Motion
  • Execution time
Read less

Joint position sense

This section proposes exercises to train perception and control of movement of the patient.

Applications

  • Cervical
  • Shoulder
  • Trunk
Read more

Indices

  • Customizable Range of Motion
  • Objective measure of joint proprioception
  • Range of Motion
Read less

Cognitive exercises

Attention

The exercises in this section allow the patient to train the ability to focus on a stimulus excluding disturbances from the surrounding environment.

Memory

The exercises in this section are intended to train different types of memory:

  • Visual and auditory short-term
  • Long-term
  • Non-verbal and verbal


Executive functions

The exercises in this section enhance the functions of planning, problem solving, and cognitive flexibility. The aim is to stimulate the ability to analyze a situation and to mentally design the solution better suited for performing the required task.

Perception

The exercises in this section develop the ability to assess the arrangement of objects in space - through vision - and to recognize their relationships in a specific environment, in order to trigger an active patient response.

INFO & DEMO

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