Helix Hand Spring AHG-103 Orange 10-30kg
Area of Use: Strengthening hand, forearm and finger muscles, improving grip strength, rehabilitation
HELIX ADJUSTABLE HAND SPRING 10-30 KG - ORANGE | INCREASE YOUR GRIP STRENGTH
DESCRIPTION
The Helix Adjustable Hand Spring 10-30 KG - Orange is an ergonomic, portable, and durable exercise tool designed to strengthen your hand, forearm, and finger muscles, increase your grip strength, and improve your hand endurance.
Thanks to its adjustable resistance level between 10 kg and 30 kg, it is suitable for both beginners and advanced users.
DESCRIPTION
It is suitable for both beginners and advanced users.
With its adjustable resistance level between 10 kg and 30 kg, it is suitable for both beginners and advanced users.
DESCRIPTION
It is ideal for improving performance in sports where grip strength is critical, such as climbing, weightlifting, martial arts, golf, and tennis. It is also a supportive tool in physical therapy and rehabilitation processes. Its compact design makes it easy to use at home, in the office, or while traveling. Its vibrant orange color attracts attention; it adds energy to your training. With its high-quality steel spring and ergonomic non-slip handle, it offers both a comfortable and safe exercise experience.
TECHNICAL DETAILS
Resistance Range: 10 KG – 30 KG (adjustable)
Color: Orange
Material: High-strength steel spring, durable plastic body, non-slip rubber handle
Adjustment Mechanism: Rotary resistance adjustment knob
Size: Compact and portable design
AREAS OF USE
Development of hand, forearm and finger muscles
Grip strength increase
Increasing hand endurance
Rehabilitation and physical therapy support
Auxiliary strength training for athletes
IMPORTANT INFORMATION
Offers personalized exercise thanks to adjustable resistance
An effective and safe solution for muscle development and grip strength
Comfortable even during long periods of use thanks to ergonomic handles
Easy to carry with its compact design, anywhere available
Provides gradual strengthening in rehabilitation processes

