Whatever your need is for reliable balance exercise equipment, whether it be to monitor neurological rehabilitation or athletic performance, we stock Zebris’ balori® systematic e-coordination training equipment. With this balance training equipment, you’ll be able to receive real-time biofeedback, improving aspects like core stability, posture and proprioception.
Scientific precision in stability trainingÂ
Balance lies at the core of all human movement, and with this comes the need for objective measurement. It is key to use state-of-the-art balance and stability training equipment, no matter which environment you find yourself in.Â
This balance system uses pressure-plate technology and virtual biofeedback to identify imbalances that you cannot see with your eyes. This way, you can create data-driven and targeted interventions. Â
The Zebris Balori® System
The Zebris Balori® system represents the future of balance training by combining the Balori training method and the precision of the Zebris pressure platform. This creates an engaging coordination workout for those using the system. Benefits include:Â
- Real-time biofeedback with instant visual cues that support users with the correct posture and centre of gravity.Â
- Versatile applications that are perfect for physiotherapy clinics, sports clubs and fitness studios.
- Data-led progress that tracks coordination and all improvements over time, giving you a detailed report to work from.Â
Balance training equipment applications
This balance exercise equipment is versatile and can be used in a variety of situations, including:
- Elite sport – to reduce the risk of ankle injuries by improving functional stability
- Rehabilitation and physio – by safely guiding patients through recovery with data-led interventions, helping them get back to their normal routines.
- Active ageing – implementing fall prevention programmes and interventions to help older patients regain their confidenceÂ
Neurological training – by supporting patients with neurological conditions to improve their coordination and spatial awareness through feedback-driven exercises.
