Adaptive Can Opener

### Overview The Adaptive Can Opener is an ergonomic 3D-printed assistive device designed to provide extra mechanical leverage when opening ring-pull cans and tin tabs. It eliminates the need for strong finger pinch force or painful pulling motions. ### Who is this for? Designed for individuals facing hand and wrist challenges, including: - Limited hand strength or fine motor dexterity - Arthritis, joint pain, or hand weakness - Anyone seeking an easier, pain-free way to open canned goods in the kitchen ### Purpose & Key Features - Mechanical Leverage: Easily hooks under ring tabs and lifts them with minimal exertion. - Ergonomic Grip: Fits comfortably in the hand, spreading forces evenly to reduce wrist and finger strain. - Kitchen Independence: Restores self-sufficiency in meal preparation and daily kitchen tasks. ### Recommended Print Settings - Material: PETG or PLA (PETG recommended for higher strength and durability) - Layer Height: 0.2 mm - Infill: 25% – 30% (higher infill ensures stiffness under pressure) - Perimeters / Walls: 3 to 4 walls for extra structural strength - Supports: No supports required - Printer Type: FDM Printer --- Project created via TOM (Tikkun Olam Makers).