Material-handling equipment should be selected around the task a customer must complete on site. The same roll may need to be moved on a pallet, gripped from its outside diameter and turned, or kept horizontal while it is raised to a machine. These are different handling tasks, so they require different equipment and a site-specific review.
1. Start with the movement, not the industry
First confirm what is being handled, how it may be contacted, whether its orientation must change, where it starts and ends, and how often the task is repeated. This creates a proposal around the actual flow before a particular model is discussed.
- Roll clamp handling is considered when a cylindrical load can be safely gripped on its outside diameter and may need lifting, rotation or line-side positioning.
- Horizontal roll handling is considered when a roll should remain horizontal and needs supported transfer and height adjustment.
- Pallet handling is considered when compatible pallets, racks or load carriers must be moved, loaded or unloaded, lifted or stacked.
2. Confirm the load interface before capacity
Rated capacity alone is not a selection decision. For rolls, confirm weight, diameter, width, centre of gravity, permitted contact area and allowable clamping pressure. For pallets, confirm pallet design, fork access, lift height, aisle width, floor condition, gradient and receiving interface. A published maximum capacity and maximum lift height must not be combined into an unverified operating claim.
3. Choose the movement and control mode
Semi-automatic / assisted handling
Here, semi-automatic means there is no powered travel: a person pushes the equipment, while lifting, clamping or rotation may be powered according to the configuration. It is normally suitable close to a machine, over a short distance and on a level, clear floor. It should not be presented as a self-driving solution.
Fully powered travel
For longer or more frequent transport—especially within a warehouse or workshop, or where ramps are present—select a configuration with powered travel and verified traction, braking and parking capability. As a planning guide, routes up to about 500 m should be assessed around actual duty cycle, floor, gradient, load and charging opportunity. Fully powered travel does not by itself mean autonomous navigation or unmanned operation.
Remote operation
Remote operation can be evaluated for hazardous or enclosed areas, unmanned workshops, centrally monitored processes, limited staffing, tasks where personnel cannot leave running equipment, remote loading or unloading, and unusually hot or cold work positions. The approved remote functions, visibility, communications, emergency stop, access control and site safeguards must be defined for each project.
4. Choose the power source
Battery power
Battery power suits shorter, flexible routes in non-hazardous environments when charging can be planned. Confirm travel duty, charging window, ambient conditions and battery-management requirements.
Tethered cable power
Cable power can be assessed where the working area and route are close, fixed and repeatable, including some tasks otherwise handled by an overhead crane. Cable routing, entanglement protection and the working envelope must be engineered. In a hazardous area, suitability depends on the complete certified equipment and installation—not on cable power alone.
Generator-assisted power
Where transport exceeds approximately 500 m, generator-assisted power may be evaluated after a project review. Confirm indoor or outdoor use, ventilation, emissions, fuel handling, noise, local requirements and actual electrical demand. It is not a substitute for hazardous-area certification.
5. Match the product to the load shape
Roll clamp forklifts and horizontal roll handlers are selected primarily by product shape, not an industry label. They can serve any sector that handles cylindrical rolls or other compatible round loads after the contact surface, dimensions, weight and handling action are verified.
Pallet forklifts serve a broad range of manufacturing, warehousing and transport operations. They are particularly relevant when goods must be moved, vehicles loaded or unloaded, loads raised, or pallets stacked. Confirm pallet compatibility, lift height, aisle width, travel route, floor and gradient.
6. Build the proposal from the real flow
A useful project brief records the load, dimensions, starting and ending position, travel path, lift height, task frequency, floor and gradient, operator position, visibility constraints, available power and safety requirements. Photos or a short video of the real process often clarify the decision faster than a model name alone.
DUBHE combines material handling with options for sensing, cameras, remote operation and project-based automation. The right combination begins with a confirmed task and working environment.