Application of hand-push scissor aerial work platform

Hand-push scissor aerial work platform is widely used in temporary, small and medium-height aerial work scenes due to its lightness, flexibility and no need for external power supply. It is especially suitable for occasions with limited space or high requirements for equipment mobility. The following are two typical application scenarios:

Indoor narrow space operation

Maintenance of shopping malls/supermarkets: Replacing lamps, cleaning ceilings, and installing surveillance cameras can be completed quickly during business hours to avoid large equipment occupying the channel.

Warehouse shelf management: Adjusting high-rise shelf goods and repairing lighting equipment, the narrow body can easily pass through the shelf channel.

Home decoration: Painting the interior of the villa and installing chandeliers, which saves 80% of the construction time compared to traditional scaffolding, especially suitable for duplex houses or loft apartments.

Power/environment restricted areas

New construction sites: Pre-install pipelines and post signs in the non-powered stage.

Library: Cleaning exhibits and arranging the top of bookshelves to avoid the risk of large mechanical vibration, and rubber wheels protect the ground from damage.

Equipment room: Equipment maintenance is carried out in dense pipeline and cable areas, and the platform can be extended to the outside of the equipment to cover the dead corners.

Why choose a hand-push scissor lift? First of all, it is low-cost, does not require electric drive, and the maintenance cost is only 1/3 of that of an electric lift. Secondly, it is highly safe, the scissor structure is stable, and the anti-slip platform and guardrail are double protection. Finally, it is flexible and maneuverable. After folding, the volume is about 1m³, and it can be transported by passenger elevators. The universal wheels can achieve 360° in-situ steering.

Hand-push equipment is particularly suitable for scenes with low operating height requirements and single operations within 2 hours. It can not only replace scaffolding with higher risks, but also be more economical and environmentally friendly than large elevators, becoming the preferred tool for urban refined operation and maintenance.