A rack that works on paper can still fail in the plant if it does not match the actual movement route. Buyers often focus on overall size and load rating first, but the real workflow usually depends on how the rack is picked up, pushed, turned, parked, and lifted.
Mgrack is commonly adapted around those movement conditions. Fork-entry dimensions, lifting points, wheel layout, and braking details can all be matched to the customer’s equipment and route logic.

Can Mgrack be moved by forklift?
Yes. The base can be designed with dedicated fork-entry positions so the rack can be picked up safely during workshop transfer, storage relocation, or truck loading.
Can it also be lifted by crane?
Yes, when the design includes lifting lugs and the required structural reinforcement for the handling method. That is useful where floor routes are restricted or vertical lifting is part of the process.
Why does route planning matter?
Because aisle width, turning space, floor condition, and transfer frequency affect whether the rack should prioritize casters, forklift access, crane access, or a combination of all three.
What wheel options are usually discussed?
Buyers often compare nylon wheels with polyurethane wheels, plus fixed and swivel brake combinations. The best choice depends on floor quality, noise expectations, and how sensitive the product is to vibration.
What should be confirmed before production?
Confirm fork pocket size, handling direction, lifting requirement, wheel specification, slab dimensions, and target load. Those details define whether the rack truly matches the site.