Mixing Bucket Loader

The concrete mixing bucket is a new type of engineering machinery that integrates the mobile loading and unloading functions of the loader and the mixing functions of the forced concrete mixer. It is designed for concrete construction scenes and solves the pain points of "multi-equipment coordination, reliance on power supply, and low efficiency" in traditional construction.

Core functions and values

It integrates "loading-mixing-transfer-unloading" into one device, replacing the combination mode of "loader loading + mixer mixing + transport vehicle transfer" in traditional construction. By replacing the bucket and mixing cylinder components, it can be used as a loader for material loading and unloading, and can also be transformed into a mixer to achieve concrete mixing, truly realizing "one machine for multiple uses", greatly reducing the number of equipment on the construction site, and reducing equipment procurement, maintenance and labor costs (such as eliminating the cost of equipment such as transport dump trucks and concrete mixers, and reducing the number of operating workers).

Key advantages

1. Adapt to complex environments: Relying on the hydraulic transmission system of the loader to drive mixing, no external power supply is required, perfectly solving the construction needs of power-inconvenient scenes such as the wild, mountainous areas, and small sites (such as new rural construction, rural road hardening, mountainous infrastructure, etc.).

2. Efficient and practical: bidirectional mixing blades are used to ensure uniform mixing of concrete; fully enclosed reducer prevents sand from entering and reduces maintenance frequency; hydraulic drive makes operation flexible, mixing time short and efficient.

3. Environmental protection and safety: integrated operation reduces material transportation links and reduces dust and noise pollution; at the same time, the equipment has a compact structure and simplified operation procedures, which reduces the safety risks of on-site operations.

Applicable scenarios

Especially suitable for small and medium-sized concrete projects, such as rural self-built houses, rural roads, small water conservancy projects and areas with complex road conditions. It can effectively deal with the problems of "small site, lack of electricity and difficult transportation", helping construction parties to reduce costs and improve efficiency.