The Finger Prehension Board – 6 to 10mm from Rehabstore is a clinically designed rehabilitation aid developed to enhance finger strength, dexterity, coordination, and controlled grip patterns. Engineered with precision, the device integrates high-grade stainless steel threaded rods and adjustable nuts mounted on a stable wooden base, enabling structured and progressive hand therapy.

This board facilitates repetitive, task-oriented movements such as grasping, pinching, twisting, and release, which are essential for restoring functional hand use in both neurological and orthopedic rehabilitation.

Available with 6 mm, 8 mm, 10 mm, and 12 mm rod diameters, the device allows therapists to tailor resistance levels according to patient capability and recovery stage.

Key Features

• Progressive Resistance Training
  Multiple rod diameters (6–12 mm) support graded therapy from early to advanced stages
• Precision Motor Skill Development
  Enhances fine motor control, finger isolation, and coordinated hand movements
• Durable Clinical Construction
  High-quality stainless-steel rods and nuts ensure long-term durability and corrosion resistance
• Stable Wooden Base Design
  Provides firm support during exercises, minimizing unwanted movement
• Therapist-Friendly Design
  Simple, effective structure suitable for guided therapy and independent use
• Versatile Application
  Ideal for use in rehabilitation centers, hospitals, special schools, and home therapy programs

Technical Specifications

Clinical Applications

• Neurological Rehabilitation
  Supports recovery in conditions such as stroke, cerebral palsy, and nerve injuries
• Orthopaedic Rehabilitation
  Assists in regaining hand function following fractures, tendon repairs, and surgeries
• Fine Motor Skill Training
  Improves ability to perform daily living activities such as writing, buttoning, and gripping
• Paediatric Therapy
  Enhances coordination and functional hand use in children with developmental delays
• Geriatric Rehabilitation
  Maintains joint mobility, strength, and independence in elderly patients

Therapeutic Benefits

• Improves finger strength and endurance
• Enhances hand-eye coordination
• Promotes controlled movement and precision
• Facilitates neuromuscular re-education
• Encourages functional independence in daily tasks