A static concrete placing boom is a fixed-position arm used to distribute concrete with accuracy and efficiency on large construction sites. Unlike mobile pumps, it’s anchored in place—often on a mast or mounted structure—and connected to a stationary concrete pump. This setup allows concrete to be delivered to hard-to-reach areas like high-rise floors, deep foundations, and complex formworks without constant repositioning.

·         One of the key advantages of using a Static concrete placing boom is its ability to work in confined or vertical construction spaces where mobile equipment can’t operate.

·         With multiple articulating sections, the boom can be manoeuvred precisely, reducing manual labour and improving safety on-site.

·         It also enhances speed and consistency, especially on repetitive pours like floor slabs or cores in multi-storey buildings.

·         Construction projects that demand height, depth, or long horizontal reach benefit most from static placing booms.

·         They are particularly effective in high-rise towers, tunnels, bridges, and dams.

By separating the pumping unit from the placing arm, this setup also reduces noise and vibration in the work area, creating a better environment for workers.

Static Concrete Placing Boom at Cempump

At Cempump, static concrete placing boom are integrated into their service model to streamline concrete delivery in technically challenging sites. By using static booms, the leading company ensures precise placement and efficient flow management, especially in high-rise and large-scale projects. Their equipment is configured to suit project-specific demands, enabling smoother operations with minimal delays.

Whether it’s a commercial tower or an infrastructure development, the use of static placing booms helps maintain high quality and consistency throughout the concrete pour. Their team ensures safe installation, regular maintenance, and effective coordination between pumping and placing, making the process more reliable from start to finish.