Lower Body
Leg Press
Top sports robot for training the muscles of the front and back surfaces of the thigh.
The revolutionary approach to training combines the latest achievements of new technologies and the unique methodology of eccentric exercises.
01Features
Modes
- Mixed training mode: negative + positive
- Isolated training mode: eccentric (negative), concentric (positive),
Load
- Variable load from 1 to 200 kg, step 100 gr
- Load dependence on angle, for each phase (positive, negative) – Force curves
- Automatic load increment function
- Programmable load change function (overcoming muscle adaptability)
- Variable load ratio (positive / negative) for mixed mode
- Regular testing of progress (Strength test)
Velocity and amplitude
- Constant angular velocity
- Templates of speed modes
- Variable reverse speed (for modes with isolated phase)
- Ability to manually set the speed (for pros)
- Adjustable amplitude of repetitions – amplitude curves
- Training templates
- Patterns of training plans
02Groups of muscles
Muscles of the front of the thigh, gluteus muscle
2.1. Primary
- Straight thigh muscle (Rectus Femoris)
- Medial wide hamstrings (Vastus Medialis)
- Lateral thigh muscle (Vastus Lateralis)
- Intermediate wide hamstrings (Vastus Intermedius)
- Gluteus Maximus
2.2. Secondary
- A soleus muscle (Soleus)
- Large Adductor Magnus
2.3. Tendons and ligamentous apparatus
- Thigh of a straight thigh muscle
- Medial supporting patellar ligament
- Lateral support patch of patella
- Medial lateral ligament of patella
- Lateral lateral ligament of patella
- Patella tendon
03Purpose
3.1. Sports
Use of specialized eccentric training programs for:
- Accelerated hypertrophy of the muscles of the anterior surface of the thigh
- Decrease in fat mass
- Increase in speed-strength indicators
- Increased muscle strength and endurance
3.2. Prevention:
- Prevention of arthrosis of the knee joint
- Prevention of mobility impairment of the knee joint
- Strengthening the ligamentous apparatus of the knee joint
- Increased elasticity of tendons
- Preventing knee injuries
- Prevention of loss of muscle mass with age (Sarcopenia)
- Prevention of bone density reduction with age (Osteopenia)
3.3. Recovery after injury (post-rehabilitation period)
- Restoring the volume of the muscle mass of the front surface of the thigh
- Improve blood circulation in muscle tissues
- Muscle, ligament and tendon tissue regeneration
- Improving cellular metabolism
04Design
05Technologies
Creating training plans
Prepared training plans
Prepared training programs
Web-Interface
Load Monitoring Sensors
Individual Settings
Programming
Integration with Reforce Cloud
06Technical data
LENGTH:
145 cm
Width:
106 cm
Height:
150 cm
The weight:
180 kg