Hydraulic Power Source | Heavy-duty forestry work, demolition | Industry: Electric (12HP) vs Our Base: Hydraulic (15HP) ▲ vs Our Advanced: Hydraulic (20HP) ▲▲ (Power output measured via ISO 14399) | ▲▲ Our Advanced: 67% higher torque for cutting through dense materials | Requires hydraulic system integration (common in excavators) |
Blade Material | Cutting hardwood, rocky terrain | Industry: High-Speed Steel (HSS) (500 cuts lifespan) vs Our Base: Tungsten Carbide-Tipped (TCT) (1000 cuts) ▲ vs Our Advanced: TCT+ (1500 cuts) ▲▲ (ASTM A128 blade durability test) | ▲▲ Our Advanced: 3× longer blade life under abrasive conditions | TCT+ blades cost 20% more than HSS blades |
Cutting Capacity | Large-scale tree felling, rock splitting | Industry: 500mm (standard for mini excavators) vs Our Base: 600mm ▲ vs Our Advanced: 700mm ▲▲ (Verified via ISO 3512 cutting depth test) | ▲▲ Our Advanced: Handles 40% thicker logs or rocks | Larger capacity models may require heavier machinery |
Mounting Compatibility | Multi-terrain operations | Industry: Excavator-specific mounts vs Our Base: 80% excavator models ▲ vs Our Advanced: Universal mount ▲▲ (ISO 6391 compatibility standard) | ▲▲ Our Advanced: Works with 95% excavator brands | Universal mounts add 15% to assembly time |
Noise Level | Urban forestry, noise-sensitive areas | Industry: 90 dB (lawnmower equivalent) vs Our Base: 85 dB ▲ vs Our Advanced: 80 dB ▲▲ (Measured via ISO 3744 acoustic standard) | ▲▲ Our Advanced: 11% quieter than industry standard | Advanced noise dampening increases maintenance needs |
Weight/Portability | Rapid deployment, remote-site work | Industry: 200 kg (steel frame) vs Our Base: 180 kg ▲ (aluminum alloy) vs Our Advanced: 160 kg ▲▲ (composite materials) (ISO 3071 weight certification) | ▲▲ Our Advanced: 20% lighter for easier transport | Composite materials require specialized storage conditions |