Vibration Platform VibroGym inSPORTline Alex

The Vibration Platform VibroGym inSPORTline Alex is a machine that will help you shape your body, improve joint mobility, relax and relieve stress. Intensive vibrations cause muscles to contract reflexively, making the exercise much more effective. Exercise on this vibration platform will not take up much of your time as all you have to do is exercise for 5 minutes with your knees slightly bent. You will see results immediately. 

This machine helps you exercise your entire body through various simple exercises. The individual exercises are described in detail in the enclosed instruction manual. Moreover, you can exercise your arms and back using the two resistance bands attached to the bottom part of the machine. It offers an effective, safe and not at all time-consuming workout. The Vibration Platform VibroGym inSPORTline Alex is suitable for both home and commercial use.

VibroGym advantages:

• Effective 3D vibrations for effective muscle strengthening
• Helps you quickly and effectively shape your body and lose weight
• Vibration makes all exercises three times more effective
• Special massage mat with adhesive ribbing helps improve blood circulation, relieve stress and massages your feet, palms, buttocks and back
• Improves muscle recovery after challenging physical activity
• inSPORTline Alex is primarily suitable for runners, inline skatesrs, cyclists, skiers as either initial or final part of their training
• Can also be used when you suffer from rheumatism or other joint/bone diseases (after consulting your doctor)
• Improves blood circulation
• Helps relieve joint and muscle pain
• Improves balance and coordination
• Improves cellulite
• Helps relieve stress and get rid of depression
• Increases growth hormone production

Key features:

• Sturdy structure
• Elegant design
• Smooth and quiet running
• Can be controlled from vibration area
• Button for switching between frequencies during workout - 30 and 40 Hz
• Computer displays: time, speed, program

Technical description: