Electric Transfer Cart

Brief Introduction: Powered by batteries (lead-acid or lithium batteries), it operates smoothly with extremely low noise. It is a core material handling device in modern automated factories and smart logistics.

Optimal Use Cases: Enclosed workshops/warehouses: Where air quality is critical and exhaust fumes are unacceptable.

Precision Manufacturing: Scenarios requiring frequent starts and stops and high positioning accuracy (e.g., mold handling, automotive assembly lines).

Short-distance, frequent operations: Fixed-route turnover within factory areas.

Automation Upgrade: Customized AGV (Automated Guided Vehicle).

Diesel Transfer Cart

Brief Introduction: Powered by a diesel engine, it boasts high torque and does not rely on charging. It resembles a simplified "heavy-duty off-road transport vehicle."

Optimal Use Cases: Large Outdoor Construction Sites: Such as bridge prefabrication yards, ports, docks, or mining areas, where the ground is uneven and there are no charging facilities.

High-Intensity Continuous Operations: Requires 24/7 uninterrupted operation; there's no time to wait 6-8 hours for charging, just refuel and go.

Extreme Heavy Loads: When moving over 100 tons or even hundreds of tons of ultra-large structural components, the sustained burst of power from an internal combustion engine is superior.

Remote Areas: Overseas projects with inadequate infrastructure and unstable power supplies.