IASTM Handle Shape Gua Sha Tool
IASTM Handle Shape Gua Sha Tool has the unique ergonomic design which allows you to grip firmly and apply pressure evenly. This tool is perfect for large body areas like back, shoulders, and legs.
- One side has relatively sharpe edge: for deep tissue massage
- Precision engineering: crafted with meticulous attention to detail
- Trusted by physiotherapists, sports medicine professionals
- Easy control and use
- Good for treatment of trigger points
- Speed up the recovery and rehabilitation process
- Improves tissue perfusion and range of motion
- Mobilization of the soft tissue
- Loose connective tissue adhesions
Product Information
Product Information
Shipping & Returns
Shipping & Returns

IASTM Handle Shape Gua Sha Tool
IASTM Handle Shape Gua Sha Tool
IASTM Handle Shape Gua Sha Tool has the unique ergonomic design which allows you to grip firmly and apply pressure evenly. This tool is perfect for large body areas like back, shoulders, and legs.
- One side has relatively sharpe edge: for deep tissue massage
- Precision engineering: crafted with meticulous attention to detail
- Trusted by physiotherapists, sports medicine professionals
- Easy control and use
- Good for treatment of trigger points
- Speed up the recovery and rehabilitation process
- Improves tissue perfusion and range of motion
- Mobilization of the soft tissue
- Loose connective tissue adhesions
Original: $64.94
-70%$64.94
$19.48Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
IASTM Handle Shape Gua Sha Tool has the unique ergonomic design which allows you to grip firmly and apply pressure evenly. This tool is perfect for large body areas like back, shoulders, and legs.
- One side has relatively sharpe edge: for deep tissue massage
- Precision engineering: crafted with meticulous attention to detail
- Trusted by physiotherapists, sports medicine professionals
- Easy control and use
- Good for treatment of trigger points
- Speed up the recovery and rehabilitation process
- Improves tissue perfusion and range of motion
- Mobilization of the soft tissue
- Loose connective tissue adhesions

















