kineo leg press
Designed to meet the rigorous demands of both functional rehabilitation and high-performance training, the Kineo Leg Press stands as a cornerstone of innovation. By harnessing intelligent load training, it expertly varies concentric and eccentric muscle movements, enabling precise muscle strengthening and faster recovery. Our advanced assessment tools not only track and monitor your progress but also store comprehensive performance data. This allows for deep analysis over time, ensuring your regimen is continually refined for peak performance and advanced rehabilitation.
compatible accessories
Leg Press Features
Comprehensive Assessments
The Kineo Leg Press facilitates ISOMETRIC, ISOKINETIC, and DYNAMIC assessments. It generates comprehensive reports detailing strength levels, muscle imbalances, and critical data for monitoring rehabilitation progress and performance enhancements.
Smart Viscous Water Training Simulation with AI
The Kineo Leg Press includes the Smart Viscous function, an advanced feature that leverages AI to simulate aquatic exercises. This system uses Kineo’s Intelligent Load technology to dynamically adjust resistance based on the user’s movements, ensuring exercises are both safe and effective. The AI-driven adjustments are ideal for managing pain and facilitating early-stage rehabilitation, providing tailored resistance that mimics the supportive properties of water.
Elastic Mode for Plyometric Training
The elastic mode supports low-impact plyometric exercises by allowing leaps and jumps without the added strain of body weight. It facilitates the initiation of movements with customizable loads, offering a strategic advantage in rehabilitating lower limb tendinopathies, including patellar and Achilles tendinitis.
Dual-Phase Load
Kineo’s Leg Press capability to set differentiated loads for concentric and eccentric phases enables targeted muscle work. This feature enables precise, qualitative muscle work for both single and double-leg exercises, ensuring balanced strength and recovery.
training Techniques
Isotonic Nit
Isotonic WIT
Viscous method
isokinetic method
Elastic method
Isometric method
variable load method
overload jump training
training Techniques
Isotonic Nit
Isotonic WIT
Viscous method
isokinetic method
Elastic method
Isometric method
variable load method
overload jump training
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