Main Features of Coil Transfer Carts
01——
Custom V/U-groove platform, tailor-made for cylindrical coils.
02——
Equipped with anti-slip points and anti-tip baffles for stable placement.
03——
Low-center-of-gravity base improves overall structural stability.
04——
Heavy-duty welded steel frame delivers excellent load-bearing capacity.
05——
IP54 dustproof & waterproof for harsh workshop environments.
Core Advantages of Coil Transfer trolley
Coil transfer carts are specially designed for the in‑plant handling of coil‑shaped materials. Integrating safety, adaptability, efficiency and cost‑effectiveness, they are comprehensively optimized in terms of material protection, site compatibility, turnover efficiency and labor cost control. These vehicles offer stable performance for various production and storage scenarios, significantly improving the overall quality of coil handling operations.
Superior Material Protection
It effectively prevents coils from sliding, rolling or colliding during handling, avoiding surface scratches, dents and permanent deformation.
Flexible Adaptability
Both rail-mounted and trackless models are available to suit different workshop layouts. Load capacity, dimensions and functions can be fully customized.
Efficient Handling
Powered by electricity with adjustable running speed, it significantly improves material turnover efficiency within the workshop.
Reduced Labor Costs
Highly automated, this equipment greatly reduces manual labor, manpower input and labor costs for routine daily workshop material handling.
Core Advantages of Coil Transfer trolley
Coil transfer carts are specially designed for the in‑plant handling of coil‑shaped materials. Integrating safety, adaptability, efficiency and cost‑effectiveness, they are comprehensively optimized in terms of material protection, site compatibility, turnover efficiency and labor cost control. These vehicles offer stable performance for various production and storage scenarios, significantly improving the overall quality of coil handling operations.
Superior Protection
It effectively prevents coils from sliding, rolling or colliding during handling, avoiding unwanted scratches, dents and permanent deformation.
Flexible Adaptability
Both rail-mounted and trackless models are available to suit different workshop layouts. Load capacity, dimensions and functions can be fully customized.
Efficient Handling
Powered by electricity with adjustable running speed, it significantly improves overall material turnover efficiency within the entire workshop.
Reduced Labor Costs
Highly automated, this equipment greatly reduces manual labor, manpower input and labor costs for routine daily workshop material handling.
Technical Specifications of Coil transfer trolley
| Rated Load Capacity | 12 tons (26,455.44 lbs) |
| Platform Type | V-Groove / U-Groove Flat Plate |
| Platform Dimensions | Customized based on coil diameter and width |
| power supply | Battery / Low-Voltage Rail / Cable Reel |
| Driving Speed | 0–20 m/min (Adjustable) |
| Control Method | Wireless Remote / Handheld Controller / PLC Control |
| Protection Class | IP54, Waterproof, Dustproof, Corrosion-resistant |
Technical Features & Capabilities
Coil transfer carts feature diverse power supply options and flexible travel modes. They deliver precise control and expandable automation capabilities, suitable for various workshop handling scenarios.
Multiple Power Supply Methods

Battery Power
Suitable for sites without fixed power points, featuring flexible movement. Lithium batteries deliver strong endurance and fast charging, meeting continuous multi-shift production needs.

Low-Voltage Track Power
Transmits power through the track with no endurance limitations. Ideal for long-distance transportation on fixed routes; it has low track laying requirements and controllable construction costs.

Cable Power
Stable and reliable power supply with a simple and durable structure. Suitable for fixed routes and high-frequency continuous operation, with convenient maintenance and low operating costs.
Rail & Trackless Design

Rail transfer cart
Equipped with dedicated rails for precise positioning and high load capacity, perfect for fixed production processes.

Trackless transfer cart
Fitted with solid rubber or polyurethane wheels. It travels on floors via remote control or navigation, small turning radius.
Precision Control & Automation

Control System
Uses PLC control, wireless remote control or handle operation to implement forward, reverse, stop and other functions.

Automated Control
Can integrate with MES systems for automatic dispatching, path planning and seamless docking, enabling unmanned handling lines.
Technical Features & Capabilities
Multiple power supply options and flexible traveling modes, coupled with precise control and automation expandability, make the equipment adaptable to various workshop handling conditions.
Multiple Power Supply Methods

Battery Power
Suitable for sites without fixed power points, featuring flexible movement. Lithium batteries deliver strong endurance and fast charging, meeting continuous multi-shift production needs.

Low-Voltage Track Power
Transmits power through the track with no running endurance limitations. Ideal for long-distance transportation on fixed routes; it has low track laying requirements and controllable overall construction costs.

Cable Power
Stable and reliable power supply with a simple and durable structure. Suitable for fixed routes and high-frequency continuous operation, with easy convenient maintenance and low daily operating costs.
Rail & Trackless Design

Rail transfer cart
Equipped with dedicated rails for precise positioning and high load capacity, perfect for fixed production processes.

Trackless transfer cart
Fitted with solid rubber or polyurethane wheels. Travels via remote control or navigation, small turning radius.
Precision Control & Automation

Control System
Uses PLC control, wireless remote control or handle operation to implement forward, reverse, stop and other functions.

Automated Control
Integrate with MES for dispatching, path planning, enabling unmanned handling lines.
Applications of Coil Transfer Carts

Steel Industry
Widely used for handling metal coils such as aluminum coils and steel coils, which demand high safety during transportation. With a stable structure and low center of gravity design, these carts effectively prevent materials from falling or being damaged during actual transit.

Paper Industry
Suitable for transporting various paper rolls, including newsprint and packaging paper. These large-sized and heavy-duty materials are inefficient and labor-intensive to handle manually. Electric Coil transfer carts greatly improve transportation efficiency and reduce labor costs.

Textile Industry
Commonly applied to transport fabric rolls and yarn rolls, which require frequent movement during production. The electric transfer carts adapt well to workshop environments, traveling flexibly between different workstations to ensure smooth operation of the production line.
What Types of Coils Does It Apply To?
This equipment offers wide adaptability and can handle coils of various materials and specifications:
Customization & Services
We offer one-stop coil handling solutions
Custom load capacity, V/U-groove dimensions and overall platform sizes
Customization for high-temp, explosion-proof corrosion-resistant conditions
Remote site assessment, installation guidance and operator training
12-month warranty with full lifetime technical support for all users
How to Choose the Right Coil transfer carts
The selection of a suitable Coil transfer carts requires comprehensive consideration of coil characteristics, operating scenarios, functional requirements, and cost budgets. The core objective is to ensure safety, efficiency, and compatibility throughout the transfer process. Specific selection criteria are elaborated below based on key dimensions.
01
Define coil core specs
02
Scenario Matching
03
Power & Runtime Selection
04
Automation Requirements
05
Budget & Maintenance
How to Choose the Right Coil transfer carts
The selection of a suitable Coil transfer carts requires comprehensive consideration of coil characteristics, operating scenarios, functional requirements, and cost budgets. The core objective is to ensure safety, efficiency, and compatibility throughout the transfer process. Specific selection criteria are elaborated below based on key dimensions.


















