From traditional bucket to smart construction: A brief discussion on the evolution of small excavator tilt buckets

[BONOVO]

Under the background of the continuous development of "intelligent small excavator construction technology", construction accessories are also quietly upgrading and innovating. In the past, traditional fixed buckets were almost standard configurations for all small excavators, but with the increasing demand for refined operations, "small excavator tilting buckets" have gradually become the new favorite of the market. It not only improves operational flexibility, but also broadens the application scenarios of excavators, providing an efficient solution for "precise finishing operations on complex terrain".

1. Limitations of traditional buckets

Traditional excavator buckets are mainly fixed-angle operations. When performing "non-planar land leveling construction", it is often necessary to repeatedly adjust the posture of the entire machine, which is cumbersome and inefficient. Especially in special working conditions such as roadside slope finishing, canal excavation, and garden modeling, it is difficult for traditional buckets to achieve precise angle control, and it is easy to have the problem of "large land leveling angle error".

For "light earthwork construction equipment", the key to solving this problem lies in improving the flexibility and controllability of the bucket.

2. The birth and technological evolution of the tilting bucket

"Tilting excavator buckets" were originally used in large equipment to complete leveling operations on complex terrain. However, with the widespread use of small excavators in gardening, municipal administration, agriculture and other industries, manufacturers have gradually launched lightweight versions adapted to "small excavator hydraulic tilting buckets", which enable small equipment to also have the ability to perform high-precision shaping.

Modern tilting buckets use hydraulic cylinders to control the bucket angle, and the left and right tilt angles can generally reach ±45 degrees, which can achieve "multi-angle excavation and leveling integrated operations", greatly improving construction efficiency. Some high-end models are even equipped with "tilting bucket electronic control systems", which can be precisely adjusted through the operating panel, opening the way to intelligent construction.

3. Construction advantages of tilting buckets

1. Improve construction flexibility: Tilt buckets can cope with complex scenarios such as "non-horizontal ground finishing" or "slope slope shaping operations", and no longer need to frequently move the excavator body, saving time and fuel costs.

2. Applicable to a variety of scenarios: Whether it is "orchard land transformation operation", "municipal ditch cleaning project", or "efficient backfilling operation in narrow areas", the tilt bucket can achieve more detailed and efficient processing effects.

3. Reduce damage to the terrain: When "light operation in environmentally sensitive areas", the tilt bucket can reduce damage to the original landform through precise angle control, which is in line with the concept of green construction.

IV. Purchase and adaptation suggestions

When purchasing "tilt buckets for mini excavators", users are advised to focus on the following points:

- Hydraulic system matching: Ensure that the excavator has an auxiliary hydraulic circuit to control the tilt bucket;

- Tilt angle range: It is recommended to select products with an angle range of ±45° to achieve a wider range of construction applications;

- Structural strength and wear resistance: It is recommended to use "high-strength steel tilt buckets" to improve long-term durability;

- Compatibility: Pay attention to whether the bucket supports quick hook devices to achieve "quick replacement function of tilt buckets".

5. Prospects of the combination of tilting bucket and intelligent construction

With the popularization of "intelligent excavator control system", the tilting bucket in the future will not only be a mechanical accessory, but also be combined with intelligent technologies such as GPS positioning, laser ranging, and automatic leveling system to help realize the "automatic land leveling function of excavator". This will completely change the traditional working methods and enable small excavators to play a greater role in high-precision, high-efficiency, and low-error construction.

In the "smart construction site solution", small equipment is expected to undertake more delicate tasks and become an important supplement to large equipment by being equipped with intelligent tilting buckets.

Conclusion

From traditional buckets to hydraulic control and then to intelligent integration, the evolution of small excavator tilting buckets is not only an upgrade of construction tools, but also an innovation of construction concepts. With the continuous enrichment of "high-precision small excavator accessories", its flexibility and efficiency are being recognized by more and more construction companies. In the future, the intelligent road of small excavators, tilting buckets will definitely be an indispensable key puzzle.