AlterG PRO Anti-Gravity Treadmill

A rehabilitation and training device that uses pressurized air chamber technology to uniformly reduce gravitational load and body weight in precise 1% increments, enabling patients and athletes to move without pain. Features patented NASA Differential Air Pressure (DAP) technology with precise air calibration based on the user's actual body weight. Used in more than 6,000 facilities worldwide and backed by research spanning orthopedics, sports medicine, neurological disease, and chronic condition management.

The ultimate performance series anti-gravity treadmill offering the most robust solution in unweighted recovery and performance training, designed for extreme speeds and challenging training conditions.

An accessible anti-gravity treadmill system designed to deliver results at a competitive price point with unmatched versatility and precision. Includes live video monitoring with options for high-speed performance and real-time gait analytics for diverse clinical and training applications.

An advanced anti-gravity treadmill system featuring live video monitoring with options for high-speed performance and real-time gait analytics for diverse clinical and training applications.

A medical treadmill with specifically designed rehabilitation software and biofeedback capabilities for cardiac rehabilitation and general fitness training.

A commercial-grade treadmill designed for professional fitness facilities and rehabilitation centers. Features low-impact cardio functionality suitable for clinical and therapeutic applications in medical settings.

A medical treadmill with specifically designed rehabilitation software and biofeedback capabilities for neurological rehabilitation and motor function training.

Commercial-grade treadmill designed for fitness facilities and rehabilitation centers. Suitable for cardiovascular training and patient recovery programs in clinical and gym settings.

Treadmill system integrated with force measurement technology and instrumented handrails for gait analysis and balance assessment. Provides high-quality force data with minimal signal noise for research and clinical applications.

A research-grade split-belt treadmill system with two independent force-measuring belts for gait analysis and biomechanics research. Each belt can be controlled independently or synchronized in both forward and reverse directions, with speed ranges up to 11.5 m/s and acceleration up to 25 m/s². The system provides highly accurate 6-component load measurements (Fx, Fy, Fz, Mx, My, Mz) output at 1000 Hz from each belt, with optional incline capability up to 15 degrees and instrumented handrails. The FIT5 integrates with all major motion capture systems and is controlled through Kinamoto™ software, which provides real-time data visualization, protocol builder functionality, and seamless synchronization with external equipment.

A dual-belt instrumented treadmill designed for biomechanical measurement and gait analysis. The system integrates force measurement technology to provide accurate data on walking and running mechanics. It is used in both research and clinical applications for movement assessment.

An ergometric treadmill designed for stress testing in cardiology. It is part of TEB's comprehensive ergometry solutions for cardiovascular diagnostics and supports the assessment of cardiac function during exercise.