Transfer Die Cart

Basic Information: The electric transfer die cart is also known as an electric mold transport truck or electric flat car, mainly designed for transporting large molds, electric vehicle components, aluminum coils, coils, boilers, casting modules, and other heavy materials in various workshops and factories.

Introduction to Basic Configuration

Power & Endurance

It is powered by a maintenance-free lead-acid battery with a long service life, ensuring long-term cost-effectiveness. The battery provides reliable power for the cart's operation and braking. After 6 hours of charging, it can support up to 8 hours of continuous use.

Control & Load - Bearing

A control module acts as the core, with an operating handle and remote control serving as input devices to guide the steering wheel. The steering wheel and fixed wheels jointly bear the load.

Safety & Charging

Equipped with sound and light alarms and a collision avoidance stop device, it prevents collisions with foreign objects to ensure safe operation. It is also equipped with a smart charger for external power input. For enhanced automation, a PLC control system can be added, allowing the cart to automatically return to the smart charger for self-charging when idle.

Customization

Tailored to diverse workshop conditions, our company offers customized solutions to meet specific customer needs, making it a versatile choice for heavy-duty material transport.+

Transport vehicle motion mode and operating characteristics

These carts can execute multiple movement modes. They support straightforward vertical "Moving Forward/Backward" for linear transport, precise "Lifting/Lowering" to adjust load height, and flexible "Turn Left/Turn Right" for navigating around obstacles. For more complex paths, the "S - shaped Forward" enables smooth curvilinear travel.

When it comes to special operations, there's "360 - degree Rotation" for orienting loads in tight spaces, and "Bottom and Side Lifting - up and Down" for versatile loading/unloading of irregular items. Plus, with "Wireless Remote Control", operators can manage cart movements from a distance, boosting safety and efficiency across workshops, warehouses, and production lines.

Application scenarios

Automotive manufacturing workshop

Used for transporting automotive stamping molds, injection molds, etc., and circulating between production processes such as body stamping and component forming.

Home appliance production factory

Suitable for the handling of shell molds and structural component molds for large household appliances such as refrigerators, air conditioners, and washing machines, connecting different assembly lines.

Medical device production base

For safe transportation of high-precision medical equipment molds (such as imaging equipment shell molds) to meet the requirements of clean workshop use.

Aerospace parts processing plant

Used for transporting large aviation molds (such as aircraft fuselage component molds) to meet the transportation needs of heavy molds

Electronic industry dust-free workshop

Precision injection molds for transporting electronic products such as mobile phones and computers to avoid dust contamination during the transfer process.

Mold maintenance and storage warehouse

Transfer pending or idle molds between the mold maintenance area and the storage area for unified management and maintenance.

Construction Machinery Production Workshop

Handling structural component molds for large construction machinery such as excavators and loaders to match heavy-duty production scenarios.

Daily necessities production factory

Molding molds for daily necessities such as plastic buckets and storage boxes are often transported between the raw material processing area and the molding workshop through mold transfer vehicles to improve production flow efficiency

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