Rehabilitation

Discover how our products can assist you in analyzing gait, ROM, or patient recovery phases

Gait Analysis

Gait Analysis

One of the main indicators of well-being and self-reliance is the ability to ambulate.

The study of a patient’s walk allows a professional to identify the issues preventing them to walk without assistance or comfort.

Here’s how we at STT Systems can help you incorporate gait analysis to your patient’s care.

Optical technology

Using renowned biomechanical models such as Rizzoli and Helen Hayes, our 3D mocap system can track and compute the biomechanics of a patient walking either over ground or on a treadmill or even in stairs.

Inertial sensors

Using a set of IMU sensors and our portable inertial solution, we can provide you with 3D motion data and biomechanical parameters of a patient performing tests such as the 6-minute walking test, Timed Up & Go, or even just free walking both indoors and outdoors.

Simple, portable and concise

With our 2D solution, you can obtain just the right amount of valuable information on your patient’s walk from up to 2 points of view simultaneously.

All this with the added benefit of a small and easy setup that you can pack up and take with you.

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Range of Motion (ROM) Analysis

Range of Motion (ROM) Analysis

Returning to normal function is one of the goals during injury recovery.

From hip replacements to cervical whiplash, a study of the progression of a joint during a rehabilitation treatment could be a tell-tale indicator of the effectiveness of the treatment, and therefore, a priority for the rehabilitation specialist.

Our products contain a variety of solutions for professionals looking to study range of motion of individual joints.

Precise tracking

Our 3D systems provide accurate angle, distance and speed measurements for over a dozen types of joints in the human body.

Portable systems

Joint analysis can be taken to the patient with our portable solutions EDDO and iSen, both of which yield 3D information of the selected joints when performing almost any activity needed for a full observation of the state of recovery.

On-site ergonomics for the workplace

Our inertial sensors (IMUs) can be taken out of the lab and into offices, factories and shops to record and observe the biomechanical parameters of workers in their real place of work.

Versatility for research

With iSen, you can record the range of motion of any articulated system, resulting in raw data you can take into your research with 2 clicks.

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Instrumented Physiotherapy Exercises & Scores

Instrumented Physiotherapy Exercises & Scores

Well-known tests that are generally performed to check the recovery stage of a patient or athlete can benefit greatly from instrumentation.

Most of the time, these tests are performed with a generic video camera, or even with a stop-watch, and rely entirely on the perspective of the evaluator.

Here’s how our products can remove the observer bias and take your testing to the next level.

Star Excursion Balance Test (SEBT)

Typically used to assess balance and symmetry after knee procedures, this test gains a whole new layer when instrumented.

Our 3D system not only tracks the full body of the patient, but it also auto-detects each of the foot-reaches needed to complete the test, ensuring the correct performance of the trial.

Landing Error Scoring System (LESS)

Full 3D instrumentation is the best way to ensure the 16 parameters involved in this score sheet are objectively evaluated.

From distances to joint angles and even jump height, our system can give you a complete rundown of the biomechanics of your patient.

Vertical Jump and CMJ

Analyzing jumping execution is very common for athlete performance and recovery, we have both fixed and portable 3D solutions that support the analysis of vertical jump.

6-minute walking test

One of the most basic tests to qualify ambulation and pain, the 6-minutes test requires a stopwatch and a keen eye. With our optical and inertial solutions, we can help you obtain the most data from this test.

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These are the products designed for your needs

2DMA

EDDO

3DMA

ISEN

Indoor / Outdoor
Indoor
Indoor
Both
Both
Portable
Nº of Biomechanical Features
25
45
>125
60
Space Requirements
2x2 m
2x2 m
3x5 m
Motion Capture Distance
1,5m - Movement without displacement
1,5m - Movement without displacement
2 m²
2 m² - 100 m²
Price Range
€€
€€€
€ - €€€

EDDO

3DMA

ISEN

Indoor / Outdoor
Indoor
Both
Both
Portable
Nº of Biomechanical Features
45
>125
60
Space Requirements
2x2 m
3x5 m
Motion Capture Distance
1,5m - Movement without displacement
2 m²
2 m² - 100 m²
Price Range
€€
€€€
€ - €€€

EDDO

3DMA

ISEN

Indoor / Outdoor
Indoor
Both
Both
Portable
Nº of Biomechanical Features
45
>125
60
Space Requirements
2x2 m
3x5 m
Motion Capture Distance
1,5m - Movement without displacement
2 m²
2 m² - 100 m²
Price Range
€€
€€€
€ - €€€

Customers who trust in our solutions

ASEPEYO
MC MUTUAL
Mutua Navarra
Mutualia
FREMAP
Houston Methodist Hospital
Atlanta Children's Hospital

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Check our solutions in other areas

Software

Functional Assessment

Find concrete and biomechanically oriented results through our specialized protocols and applications!

  • Simplify your analyses with our adapted protocols featuring the Sitting-Standing Test, Weight Lifting Test, SEBT, LESS, and custom tests.
  • Our products offer a wide range of biomechanical protocols to study specific segments of the human body. From evaluations of individual joints to custom joint sets and groups, we provide adaptable solutions for your biomechanical measurement needs.
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Software

Frailty & Aging

Explore new opportunities in geriatrics with STT Systems and improve the quality of life for your elderly patients with our innovative systems.

  • TUG: Identify frailty and mobility issues in your patients accurately using our optical and inertial 3D systems. Calculate partial times for each activity objectively and portably with iSen.
  • Range Of Motion (ROM) analysis: Monitor joint mobility accurately using our portable solutions EDDO and iSen, which evaluate movement in individual joints and ensure precise measurements of angles, distances, and velocities.
More info
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