Reach out to us for detailed product information, pricing quotes, or to schedule a product demonstration.
Reach out to us to report service issues, request technical assistance, or follow up on existing cases.

AlterG NEO+

The AlterG NEO+ Anti-Gravity Treadmill is an advanced rehabilitation and performance system that uses patented Differential Air Pressure technology to reduce the user’s effective body weight. It provides up to 80 per cent body-weight unloading, adjustable in precise one per cent increments. This allows clinicians to progressively manage lower-limb loading during gait retraining, neurological rehabilitation, post-injury recovery and return-to-sport conditioning.

The AlterG NEO+ includes an intuitive touchscreen, AlterG Assistant and live video monitoring to support session setup and provide users with real-time visual feedback on their walking or running pattern. It offers speeds of up to 19 km/h and incline adjustment from zero to 15 per cent, with optional gait analytics available for further assessment of step length, stance time and symmetry. Its controlled environment supports patients and athletes with a wide range of mobility and performance goals.

Benefits of AlterG NEO+ Anti-Gravity Treadmill:

  • Precise Body-Weight Support: Reduces effective body weight by up to 80 per cent in one per cent increments
  • Progressive Load Management: Allows clinicians to gradually increase weight-bearing according to individual progress
  • Real-Time Visual Feedback: Live video monitoring helps users observe and adjust their gait patterns
  • Streamlined Session Setup: AlterG Assistant and touchscreen controls simplify preparation and operation
  • Versatile Training Parameters: Supports walking and running at speeds up to 19 km/h with up to 15 per cent incline
  • Optional Gait Analysis: Stride Smart® analytics provide data on step length, stance time and gait symmetry
BMEC
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.