Table-type scaffolding is a scaffolding system preferred on construction sites, especially during slab formwork support processes. This system stands out with its high load-bearing capacity and modular structure. Thanks to its adjustable props, it adapts to different heights and provides a safe working platform with its wide base area. The system is quick and practical to install, which increases efficiency in both small-scale construction sites and large-volume projects.
Table-type scaffolding also features a structure that supports safety standards, offering the potential to minimize workplace accidents. Strong connections between its supporting legs help safely transfer horizontal and vertical loads to the ground. This system, which enables large areas to be moved at once, saves labor, accelerates the project pace, and offers cost advantages. It is one of the indispensable equipment types of modern construction projects.
Table Type Scaffolding Prices
In projects that require safe load-bearing over wide spans, pricing for table-type scaffolding systems varies depending on several factors. These factors include production standards, the durability class of the materials used, and the height of the project.
When evaluated within the scope of the table-type scaffolding system, the steel quality selected for long-term use is particularly important. In some models, the base adjustment jack that allows precise height adjustments provides a more stable working surface, which may affect pricing.
At the ends of table structures designed for modular placement in wide areas, ledger head elements are positioned. These elements increase ease of assembly and reduce labor time. Table-type formwork support scaffolding options that create safe load-bearing zones under large spans maintain their rigidity even during heavy concrete pours and are widely preferred in professional construction sites.
For tall structures, one of the most economical solutions is the use of supporting scaffolding components added to the frames and connection points forming the system’s backbone. During installation, diagonal elements that reinforce horizontal and vertical connections provide high stability. This is an important factor in total cost analysis.
When determining the total cost of scaffolding systems planned for large-scale projects, the load capacity and technical specifications of the selected model must be considered. Therefore, a project-specific calculation is required during purchasing or rental processes.
Such solutions allow table-type scaffolding systems designed for tall structures to operate more safely, quickly, and efficiently.
Table Type Formwork Scaffolding Prices
Large load-bearing units used in table form vary depending on project design and height requirements. Therefore, each scaffolding group is priced individually. Key criteria affecting cost analysis for table-type solutions include system height, connection types, frame thicknesses, and frequency of on-site use. In addition, modular designs that reduce transportation, storage, and assembly time help decrease total labor expenses and provide economic benefits to companies.
Technical factors also play an important role in determining table-type formwork scaffolding prices. These factors include project height, load-bearing capacity, frame dimensions, and on-site usage intensity. For this reason, conducting a needs-based cost analysis is a more accurate approach.
Table-type formwork scaffolding provides significant advantages in terms of safety and labor time when proper components and correct system combinations are selected. Built with high-quality materials and professional engineering solutions, table-type formwork scaffolding is one of the most effective options for achieving long-term efficiency and high performance in construction projects.
The table-type scaffolding system can be used as a formwork support system for flooring and beams in high and heavy concrete projects such as bridges, viaducts, industrial facilities, and power plants.
The formwork scaffolding application provides ease of use at great heights and under heavy loads. It ensures quick and easy installation as it consists of standard elements. The ladder tower application provides safe and secure working conditions in deep and high working areas.
SYSTEM FEATURES
It is an extremely safe system that saves significant time and labor costs thanks to its easy, quick assembly and disassembly features and convenient transportation.
It consists of 3 main elements: Diagonal element, Horizontal element, and Frame element. The frame element is 60×4 mm, and the diagonal and horizontal elements are 34×2.5 mm, manufactured from standard pipes certified to TS EN 10219-1, which have undergone mechanical testing.
Production is carried out on gas shielded welding robots in accordance with EN ISO 3834-3 quality standards.
Three different main Frame elements with heights of 150/110 cm, 150/150 cm, and 150/180 cm, together with lower and upper adjustment elements, can be applied at any flooring height and provide ease of use.
They can be transported using cranes and special wheeled vehicles.
The system is specially painted with anti-rust paint. Galvanization is available upon request.
GÜRBÜZ İSKELE provides formwork solutions tailored to your project.
