VertiPlatform-Dynamic

A balance rehabilitation system offering both seated and standing training modes with four-point force measurement capabilities and gamified interactive exercises. It provides objective assessment and training for balance and postural control disorders.

Rehabilitation requires consistent, repetitive training. Equio measures balance through its Automatic Balance Test and delivers personalized, data-driven therapy. By combining advanced sensors with a gamified environment, Equio enhances outcomes while keeping patients actively engaged. Key Features [ Balance Assessment (Automatic Balance Test) ] Objectively evaluates postural sway and center-of-gravity movement. - Compare pre- and post-treatment results - Data-driven personalized treatment plans - Integrated assessment and training [ Game-Based Therapy ] Interactive games that enhance patient motivation and participation. [ Objective Evaluation ] Precise motion tracking with sensors and algorithms to record measurable progress. [ Personalized Rehabilitation ] Adjustable therapy intensity and goals tailored to each patient. [ Efficient Treatment ] Improved clinical outcomes with optimized time and resources.

The SBT-390 is a dynamic postural balance assessment and training device for rehabilitation. Measuring 1,500(L) X 1,200(W) X 2,250(H)mm (±10mm) and weighing 56kg, it is used for balance evaluation and therapeutic training in clinical physiotherapy settings.

Immersive Labs is an advanced virtual reality-based system for dynamic posturography and balance assessment. It integrates biomechanical measurement technology with immersive virtual environments to evaluate postural stability, mobility, and fall risk in clinical and research settings. The system enables precise quantification of balance control mechanisms and supports rehabilitation monitoring for vestibular and neurological conditions.

ALFA is a stabilometric platform designed for balance evaluation, postural assessment, and vestibular rehabilitation using integrated virtual reality. It measures weight distribution and center of pressure during static and dynamic balance tasks, supporting clinical diagnosis and progressive training protocols in physiotherapy and neurology settings.

The Bertec Vision Advantage (BVA) is a biomechanical measurement system for balance assessment and mobility evaluation in clinical and research settings. It combines force plate technology with dynamic posturography and virtual reality capabilities to quantify postural control and movement patterns. The system enables precise diagnosis and monitoring of balance disorders, fall risk, and vestibular dysfunction.

Head-mounted display system for immersive virtual reality applications in clinical balance and mobility assessment. Integrates with force plate and instrumented treadmill systems to deliver dynamic posturography testing and real-time biofeedback for diagnosis and rehabilitation of vestibular and balance disorders.

Static and dynamic balance testing and training system designed for evaluation and treatment of balance disorders across diverse patient populations. Accommodates a wide variety of pathologies from athletes to older adults.

The Bertec Vision Trainer is a biomechanical measurement system for assessing balance, postural control, and mobility in clinical and research settings. It integrates force plate technology with dynamic posturography and immersive virtual reality to enable precise evaluation of human movement. The system supports diagnosis and rehabilitation monitoring in balance disorders and mobility impairment.

Baropodometric platform for dynamic pressure and gait analysis in physiotherapy and orthopedic assessment. Provides real-time plantar pressure mapping and biomechanical evaluation to support diagnosis and treatment planning for foot disorders and postural abnormalities.

Portable functional assessment system for measuring biomechanical movement and balance using force plate technology and dynamic posturography. Enables precise quantification of patient mobility, postural stability, and fall risk in clinical and research settings. Delivers low-noise data acquisition for objective rehabilitation outcomes and clinical decision-making.

A VR goggle-based device that provides various visual stimuli in virtual space to expand the possibilities of dynamic balance evaluation. It enhances the capabilities of center of gravity sway measurement testing.