Safe and Secure High-altitude Work Method "Perfect Method"

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last updated：Feb 25, 2015

Minimize the dangers of working at heights to as close to zero as possible! Eliminate the risk of falling objects as well.

The "Perfect Construction Method" is a technique devised to eliminate accidents caused by worker falls and the dropping of scaffolding materials, with the aim of reducing traffic restrictions. Our scaffolding uses a fully boarded suspended scaffold made from modular steel frames. Since the scaffolding is assembled and lifted on top of a lifting device (Perfect Beam), there is less high-altitude work. During the installation and dismantling of the scaffolding, there are fewer openings, making it a safe scaffold for workers and passing vehicles. Additionally, compared to conventional scaffolding, there are no gaps or steps, which prevents material drops and enhances work efficiency. *☆* For more details, please download or contact us *☆*

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basic information

■Bulk Lifting and Lowering Method Set up the perfect beam as close as possible to the scaffolding and assemble the scaffolding on top of it. The size of the scaffolding will be adjusted to fit the site by combining widths of 1.4 meters, 2.8 meters, 4.2 meters, and 5.95 meters. Additionally, using auxiliary materials allows for adjustments in 20 cm increments. The length of the scaffolding is determined by obstacles and ground space, with a maximum of 25 meters and a minimum of 3 meters. Lift the scaffolding and suspend it from the beam with chains, then lower the perfect beam. Later, tasks such as installing sheets and assembling mid-level scaffolding will be carried out. ■Gecko Method This method is adopted when there are railways, large intersections, or significant obstacles within the span. It is fundamentally the same as the bulk lifting and lowering method, but the difference is that a movable rail is attached to the lower flange of the beam for movement. All rail installations and related work are done within the scaffolding, so there is no need to restrict intersections. ■Highland Method This method involves assembling a device resembling a gantry crane on top of the perfect beam or floor slab, making it more advantageous to have several spans rather than just one.