Mobile Elevating Work Platform

Combining flexibility, safety, and efficiency, it widely replaces traditional tools such as scaffolding and ladders, and is suitable for diverse high-altitude scenarios including building decoration, municipal maintenance, equipment installation, and warehousing & logistics—making it a core piece of equipment for modern high-altitude operations.

MEWP can be categorized into multiple types based on its lifting structure, movement method, and application scenario. Different types have distinct functional focuses, accurately meeting various high-altitude operation needs:

1. Classification by Lifting Structure (Core Classification Method)

(1) Scissor Lift

Structural Features: Relies on the cross expansion and contraction of multi-layer scissor arms to achieve lifting, with a vertical lifting trajectory. After the platform is raised, it offers strong stability (supported by the triangular structure formed by the scissor arms), but has a small horizontal working radius (only operable directly above the equipment).

Lifting Height: Conventional models range from 6 to 18 meters; some large models can reach up to 24 meters.

Applicable Scenarios: High-altitude operations requiring "vertical height + fixed area", such as:

50. Decoration and lighting installation for ceilings in shopping malls/workshops;

50. High-altitude shelf cargo access in warehouses (used in conjunction with forklifts);

50. Municipal road street lamp maintenance and billboard installation (on flat ground areas).

(2) Articulating & Telescopic Boom Lift

Divided into "Articulating Boom Lift" and "Telescopic Boom Lift", its core advantage is the adjustable horizontal working radius, enabling "high-altitude obstacle-crossing" operations:

Articulating Boom Lift

Structural Features: Equipped with 1-3 foldable "articulated arms", it can flexibly adjust the lifting angle (e.g., first rise vertically, then extend horizontally to cross obstacles), and the platform supports 360° rotation.

Lifting Height & Working Radius: 10-30 meters in lifting height, 5-20 meters in working radius.

Applicable Scenarios: High-altitude operations requiring obstacle crossing, such as:

50. Exterior wall decoration of buildings (crossing windowsills and balconies);

50. Outdoor tree pruning (crossing ground greenery);

50. Inspection of bridge undersides (crossing obstacles beneath the bridge deck).

Telescopic Boom Lift

Structural Features: Adopts a single telescopic straight arm, offering a larger horizontal working radius (prioritizing "long-distance high-altitude operations") and faster lifting speed, but with slightly lower flexibility than articulating boom lifts.

Lifting Height & Working Radius: 15-40 meters in lifting height, 10-35 meters in working radius.

Applicable Scenarios: High-altitude operations requiring "great height + long radius", such as:

50. Steel structure installation in large workshops (with large high-altitude spans);

50. Maintenance of equipment on the top of airport terminals;

50. Replacement of large outdoor billboards (high height and far from ground obstacles).

In summary, with its core advantages of "safety, flexibility, and efficiency", MEWP has become the "standard equipment" for modern high-altitude operations. Whether it is "small-height precision operations" for indoor decoration or "large-height obstacle-crossing operations" for outdoor engineering, MEWP can meet demands through different types of equipment. Meanwhile, with intelligent and green upgrades, it further broadens the application scope of high-altitude operations.

For specific parameters, customized solutions, or quotations, please feel free to contact us.