Manual Ice Crushers (Our Base) | Home use, small events, outdoor gatherings | - Manual operation (no electricity required) - Cast iron frame (5+ year lifespan) - 1000ml container (holds ~1kg ice) - Eco-friendly (90% recyclable components) | ▲ Cost-effective ▲ Portable ▲ Durable construction | ▲ Slower production ▲ Requires physical effort ▲ Limited capacity for commercial use |
Electric Ice Crushers | Commercial kitchens, bars, high-volume events | - Electric motor (120V/60Hz) - 2000ml container (▲+100% vs Base) - 3 lbs/min processing speed - Stainless steel build | ▲ Fast production ▲ High capacity ▲ Consistent ice texture | ▲ High energy consumption (Class E) ▲ Requires electricity ▲ Expensive upfront cost |
Commercial Ice Shavers | Restaurants, large events, hotels | - Automated blade system - 5000ml capacity (▲+400% vs Base) - Heavy-duty stainless steel - Noise level: 65 dBA (louder than manual models) | ▲ Mass production capability ▲ Commercial-grade durability ▲ Automated consistency | ▲ High cost ▲ Large footprint ▲ High maintenance ▲ Not eco-friendly |
Semi-Automatic Ice Crushers (Our Advanced) | Cafés, small businesses, eco-conscious venues | - Hybrid manual/electric control (▲+20% speed vs Base) - 1500ml container (▲+50% vs Base) - Adjustable blade thickness (0.5–2mm) - Energy efficiency: Class A (▲+30% eco-score vs Base) | ▲ Balanced speed and portability ▲ Customizable ice texture ▲ Lower energy use than fully electric models | ▲ Moderate cost ▲ Requires occasional electricity ▲ Slightly heavier than Base |
Compact Ice Crushers | Travel, camping, personal use | - Collapsible design (fits in backpack) - 500ml capacity (▲-50% vs Base) - Lightweight aluminum frame (1.2kg) | ▲ Ultra-portable ▲ Affordable ▲ Easy storage | ▲ Low capacity ▲ Less durable materials ▲ Limited texture control |
Eco-Friendly Ice Crushers | Sustainable businesses, eco-focused events | - Biodegradable plastic components - Solar-powered option (Class A+ energy efficiency) - Noise level: 45 dBA (quieter than electric models) | ▲ Zero-waste design ▲ Low environmental impact ▲ Quiet operation | ▲ Higher upfront cost ▲ Slower processing speed ▲ Limited availability |