What are the differences between scissor type and straight arm high-altitude work platforms?

The scissor mechanical structure of the scissor type high-altitude work platform provides high stability for the lifting platform. The spacious work platform and high load-bearing capacity make the high-altitude work range larger and suitable for multiple people to work simultaneously. High efficiency and guaranteed safety in high-altitude operations.

It has a high frequency of use, but there are also many restrictive conditions. The forklift can only be applied to solidified ground, and the ground inclination angle must be controlled within 3 degrees to work. Secondly, the design height of the forklift is generally controlled within 16 meters of the platform height.

Forklifts can be widely used for high-altitude fire protection installation, ventilation installation, factory ceiling, insulation material installation, water and electricity installation, steel structure installation, etc.

The arm type high-altitude work platform can cross obstacles for high-altitude operations. No matter where the platform is lifted or lowered, it can work while walking. The structure is compact and can be flexibly turned. The width of its floor can ensure that the equipment can enter narrow passages and crowded work areas.

The curved arm high-altitude work platform is suitable for sites where the ground conditions are not ideal and there are relatively few restrictive conditions on the site. It can also overcome high-altitude obstacles and achieve large-span operations. In construction sites that do not meet the conditions for forklift cutting, self-propelled curved arms are generally used instead, but the price is 3-4 times higher than that of forklift cutting.

The working height of the straight arm high-altitude work platform is significantly higher than that of the articulated boom, and the boom structure is simple, faster, and easier to operate. The price is slightly lower than that of the articulated boom, but the span operation capability is weaker compared to the articulated boom.

Especially suitable for steel structure installation, equipment installation, curtain wall installation and other projects in the construction of large petrochemicals, large venues, large shopping malls, large factories, high-speed rail overpasses, etc.