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Hand & Piano Grip Black ABS Plastic 3C Capacity


Individual Finger Strength, Dexterity & Hand Conditioning

Build targeted hand strength, finger independence, and grip power with the Hand & Piano Grip Exerciser. Crafted from high-impact ABS plastic, this compact fitness and rehabilitation tool features individual spring-loaded finger pads designed to isolate each digit for balanced conditioning—ideal for musicians, athletes, and hand therapy.

Key Features & Benefits

  • Individual Finger Isolation: Features independent spring-action keys that allow you to target specific fingers to build dexterity, endurance, and individual digit strength.
  • Durable ABS Plastic Construction: Built with high-grade, impact-resistant ABS plastic designed to withstand continuous daily compression without wear or warping.
  • Ergonomic & Non-Slip Design: Contoured to fit naturally in the palm with textured finger pads to ensure a safe, comfortable grip during training sessions.
  • Versatile Multi-Sport & Music Tool: Essential for pianists, guitarists, climbing enthusiasts, golfers, tennis players, and anyone undergoing hand rehabilitation or physical therapy.
  • Compact & Portable: Lightweight and sized for on-the-go training, easily fitting into gym bags, instrument cases, or desk drawers for workout sessions anywhere.

Ideal For:

  • Musicians: Improves finger agility, speed, and endurance for piano, guitar, violin, and woodwind instruments.
  • Athletes & Fitness Enthusiasts: Enhances overall grip strength and forearm endurance for rock climbing, gymnastics, and racket sports.
  • Rehabilitation & Therapy: Helps restore joint mobility, hand strength, and fine motor skills during recovery.

Specifications:

  • Material: Heavy-Duty ABS Plastic
  • Dimensions: 5 in (L) × 4 in (W) × 3 in (H)
  • Color: Sleek Black
  • Quantity: 1 × Hand & Piano Exerciser Grip
Price
Rs. 1,227.00 Rs. 1,227.00
 Terms and Conditions
7-days money-back guarantee
Shipping: 2-3 Business Days

Shipping fees are based on the actual weight, as the package's volumetric weight (0.00 kg) is lower.
Volumetric = (L × W × H) ÷ 4000.​