SINOLIFT has highlighted an Electric Roll Material Lifting and Handling Truck developed for battery electrode roll transportation and other cylindrical roll material handling tasks. The solution is designed for production environments where roll materials must be lifted, moved, positioned, and secured with greater control than manual handling can provide.

The equipment combines electric traveling, electric lifting, lithium battery power, roll core positioning, PU wheels, safety protection structures, and intelligent electrical controls. It is especially relevant to lithium battery manufacturing, where electrode rolls may need to move between coating, rolling, slitting, and other production processes.

Two single-arm roll truck configurations are included in the source specifications: a 600 mm roll length version with a rated capacity of at least 800 kg, and a 370 mm roll length version with a rated capacity of at least 400 kg. Both versions are designed for roll diameters of at least 900 mm and a roll inner diameter of 203.7 mm.

Background and context

Roll materials are widely used in lithium battery, printing, packaging, paper, film, textile, and warehouse operations. In lithium battery manufacturing, electrode roll cores often need to be transported between production stages while maintaining stable support and controlled movement.

These rolls are heavy, cylindrical, and sensitive to poor positioning. A handling truck used in this environment must control the roll's core position, lifting height, travel speed, and movement stability. It also needs to help operators avoid unnecessary manual pushing, pulling, and repositioning of heavy cylindrical loads.

The SINOLIFT electric roll handling truck responds to this need with a roll core positioning shaft, electric driving system, electric lifting, lithium battery power, PU wheels, and safety components such as anti-crushing and anti-impact protection structures.

Main development

The product specifications define the equipment as an 8-inch single arm roll truck available for two roll length requirements. The 600 mm roll length version is rated at no less than 800 kg, while the 370 mm roll length version is rated at no less than 400 kg. This gives customers two configuration directions depending on roll length and load demand.

Both configurations are designed for suitable roll diameters of at least 900 mm and a roll inner diameter of 203.7 mm. The roll core positioning shaft is specified as 100 mm in diameter with a depth of 30 mm, helping locate the roll core during lifting and transportation.

The lifting height range is 270-1850 mm, supporting movement between low-level pickup positions and higher production or storage interfaces. Electric lifting reduces operator effort compared with manual lifting, while electric traveling supports movement through production and warehouse areas.

The travel system provides variable speed control from 0-5 km/h, and the product description notes high and low speed switching. This matters in production environments where operators may need slower travel near equipment or people and faster movement across open transfer areas.

The power system uses a 24V lithium battery, with the source specifications noting a battery capacity originally listed as at least 200Ah and modified to 105Ah. Charging is supported by a 220V / 35A charger. The electrical control system also includes a battery level display, key switch, emergency stop button, and built-in charger for day-to-day operation.

Key highlights for battery electrode roll handling

Customer and industry value

For lithium battery manufacturers, battery electrode rolls may move through coating, rolling, slitting, and related production processes. A dedicated electric roll material handling truck can help make these transfers more controlled by reducing manual handling effort and supporting stable roll positioning.

The same design direction is also relevant to printing, packaging, textile, paper, and film operations. In these industries, operators often need to move cylindrical materials between storage, preparation, and production points while limiting roll movement during transportation.

PU wheels help support smoother movement and reduce floor damage, while roll positioning devices help prevent unwanted movement during transport. Anti-crushing and anti-impact protection structures add another layer of practical safety support for workshop use.

Significance for SINOLIFT

This electric roll material lifting truck reflects SINOLIFT's continued focus on customized material handling solutions for industrial customers. Instead of treating roll materials like standard palletized goods, the design considers roll diameter, core size, lifting height, travel speed, power supply, and operator controls as part of one handling process.

The project also shows how SINOLIFT can adapt equipment for different roll lengths and load requirements. The 600 mm and 370 mm roll length configurations give customers a starting point for matching the truck to production material size, rather than forcing every site into a single format.

For buyers evaluating non-standard handling equipment, this type of solution is important because the final value depends on fit: the truck must match the roll, the production route, the working height, the floor condition, and the operator's daily workflow.

Future outlook

SINOLIFT will continue to support customers who need electric handling solutions for cylindrical roll materials in lithium battery, packaging, printing, textile, paper, film, and warehouse environments. Future custom projects can be evaluated according to roll diameter, roll length, inner diameter, load capacity, lifting height, travel route, charging preference, and safety requirements.

As roll-based production processes become more demanding, equipment that combines stable positioning, electric movement, and clear operator controls will remain important for improving day-to-day handling efficiency. SINOLIFT will continue to organize custom roll handling designs around the customer's real material, process, and workspace conditions.

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