Electric Transfer Carts Supports Flexible Loads with Smart Control and High Safety

RGV transfer carts transports trams and their trolleys within maintenance and storage plants. Its purpose is to connect the numerous intersecting tracks, moving in a longitudinal direction for the shed.

The ladle transfer cart is used for transporting high-temperature ladles in steel plants and foundries. Compared with standard transfer carts, this type of ladle car offers higher structural strength, superior heat resistance, a dual-drive safety system, and advanced control modes. It ensures safe, stable, and efficient molten steel transportation.

Die transfer carts designed for mold transfer scenarios such as injection molding, die-casting, stamping, etc., it is efficient and safe.

AGV transfer cart is a driverless transport vehicle equipped with electromagnetic or optical guidance, capable of following preset paths with built-in safety and load-handling features. Powered by rechargeable or lithium batteries, it operates via programmed control.

Trackless transfer cart achieves 360° omnidirectional movement with flexible operation, overcoming rail transfer cart directional limitations while handling loads up to 500 tons.

Coil transfer carts are designed for safe transport of heavy coils. It also boosts efficiency in handling cylindrical materials, making it a reliable solution for coil-related material handling tasks.

Rail transfer carts are engineered for heavy duty up to 1000 tons, making them ideal for handling large-scale loads in industrial settings. They offer four power options to ensure flexible, site-specific operation, adapting seamlessly to diverse workshop environments.

Transfer Carts Configuration Options

K-series Gear Reducer: Gears are case hardened for better wear resistance and longer life.

Structural Steel Carrier: Rugged, supports high shock loads.

Steering and Operating Mechanism: Fits diverse orbital operations.

Battery Powered: Lithium batteries are explosion-proof.

Steering and Operating Mechanism: Fits diverse orbital operations.

Structural Steel Carrier: Box girder type with strong carrying capacity.

L Block Wheel Assembly: High strength cast steel or ZG55 + polyurethane overmolding.

Coil Transfer Carts for the Steel Industry

Material Type: Steel Coil
Core Design: V-Saddle / Curved Roller Anti-Rolling, Non-Slip Table, 10-500 Ton High Strength Steel Load Capacity
Key Performance: High Load Capacity, Anti-Rolling, Low Speed Smoothness
Customized accessories: automatic clamping device, laser positioning sensor, explosion-proof motor

Ladle Transfer Carts for the Molten Metal Industry

Material Type: Iron and steel smelting, foundry (ladle transfer)
Core design: High-temperature resistant tabletop (firebrick/insulation layer), anti-leakage trough, anti-overturning support, remote control operation
Key performance: High temperature resistance (≥1000℃), corrosion resistance, high stability
Customized accessories: Temperature sensor, emergency braking system, heat insulation shield

Die Transfer Carts for Automotive Mold Industry

Material Type: Die
Core design: Ultra-flat tabletop (precision ≤0.5mm), multi-point load-bearing design, high-precision positioning (±3mm), compatible with robotic arm docking
Key performance: High positioning accuracy, high tabletop hardness (≥HB200)
Customized accessories: Hydraulic lifting platform, die clamping device, AGV scheduling system

Ladle Transfer Cart Exported to UAE

Industry: Metal processing, building materials manufacturing.
Goods transported: Aluminum alloy molten ladles, heavy aluminum plates, thick steel plates for construction.
Features: 20-ton load capacity; 2000x2000x450mm countertop; anti-corrosion; low-noise; suitable for workshop material replenishment.
Result: Improvement to working environment: Reduces manual handling, lowers labor intensity, and potential safety hazards.

5 ton Ladle Transfer Cart Exported to Saudi Arabia

Industry: Automotive manufacturing, logistics, warehousing.
Goods transported: Steel-clad trucks.
Features: 5-ton load capacity; 2500x1850x500mm table size; battery-powered, eco-friendly; suitable for indoor and outdoor short-distance transportation.
Result: Improvement to working environment: Reduces exhaust emissions, improves air quality in the workplace; easy to operate, reduces staff training time and operational difficulty.

Coil Transfer Cart Exported to Poland

Industry: Steel rolling and metal processing industry.
Goods transported: Steel coils, aluminum coils, metal strip coils.
Features: Battery-powered supply system, eco-friendly and low-noise.
Result: Adapts to diverse workshop layouts and narrow passages; trackless design saves space, with flexible movement reducing collision risks to boost workplace safety.

Coil Transfer Cart Exported to Hungary

Industry: Automotive steel component manufacturing.
Goods transported: Automotive-grade steel coils, precision metal coils.
Features: Runs on fixed routes; multiple power options (wireless, battery, cable drum, busbar); custom-designed for specific coil groups.
Improvement to working environment: Fixed routes reduce operational chaos; diverse power options cut maintenance work and adapt to workshop conditions.

30 Ton RGV Transfer Cart Exported to Uzbekistan

Industry: Heavy machinery manufacturing and forging industry.
Goods transported: Large forging blanks, heavy machine components, steel structural parts.
Features: remote control + handle dual control; battery-powered; metal moving parts for durability.
Improvement to working environment: Dual control ensures easy operation, reducing labor intensity; battery power avoids cable clutter, enhancing workplace tidiness.

RGV Transfer Cart Exported to Azerbaijan

Industry: Non-ferrous metal processing industry.
Goods transported: Copper coils, copper strips, rolled copper materials.
Features: Handles copper coils; stops precisely at three set points; self-charging function; wireless communication control.
Improvement to working environment: Wireless control reduces cable obstacles; self-charging ensures continuous operation, cutting downtime; precise stopping lowers manual adjustment efforts.