Large table units can be quickly lifted and repositioned without disassembly, reducing cycle times and labor costs.
Components such as timber beams and plywood panels are reusable over many cycles with proper maintenance, minimizing material waste.
Integrated safety railings, working platforms, and fall protection systems provide secure working conditions for site personnel.
Suitable for a wide range of floor plans and slab thicknesses, including irregular layouts and high-rise buildings.
Plywood facing and tight connections deliver superior surface quality, reducing post-casting finishing work.
Table units are moved as a whole using cranes or trolleys, optimizing crane usage on congested sites.
Formwork can be tailored to specific slab dimensions, floor heights, and structural requirements.
GOWE Table Formwork is a modular slab formwork system ideal for high-efficiency, large-area concrete slab construction. It allows for fast positioning and repositioning without dismantling, significantly reducing labor and construction time. The system features reusable components and offers excellent concrete surface quality.
GOWE’s Table Formwork system is an advanced and efficient solution designed for large-area slab construction, especially in high-rise and repetitive floor projects such as residential, commercial, and industrial buildings. Also known as slab table formwork, this system allows for fast assembly and repositioning without dismantling the individual components, greatly improving on-site productivity.
Each table unit consists of timber or aluminum beams, plywood panels, and adjustable props or steel legs, forming a preassembled table that can be easily moved by crane or trolley. This minimizes manual labor and significantly reduces construction time. The system is flexible and can adapt to various slab heights and spans, while offering excellent surface finishes and form stability.
Customizable in size and layout, GOWE’s table formwork is compatible with edge protection systems, climbing brackets, and safety platforms, ensuring worker safety during high-altitude operations. The robust design and high reuse rate of the formwork components also contribute to long-term cost savings and environmental sustainability.
