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Routine Inspections Exterior Inspection - Before each use, carefully examine the exterior of the grabber. Check whether there are cracks, deformations, or other signs of damage on the housing, claws, and other components of the grabber. If a...

Power Source and Transmission Method - Mechanical Crushing Claws: - Usually, power is transmitted through mechanical structures, such as using mechanical components like gears and chains for power transmission. The power may come from an elec...

At the exhibition site, there was a constant stream of visitors in front of Yantai Huida's booth. The various intelligent equipment on display were neatly arranged, exuding the charm of technology.

Generally, the hydraulic breaker is powered by the hydraulic system of construction machinery such as excavators.

They are used to prune the branches of tall trees. In forestry plantations, such as rubber plantations and fruit orchards, as the trees grow, some redundant, diseased, weak, or overly lush branches that affect the overall growth of the trees and fruit picking need to be pruned. The tree-cutting clamps can easily cut off the branches. Their powerful shearing force enables them to handle relatively thick branches, generally being able to deal with branches with a diameter of more than ten centimeters or even thicker, depending on the model and power of the tree-cutting clamps.

  Timber: If the main task is to grab logs, considerations should be given to the length and diameter of the logs. For longer logs, the grapple needs to have a larger opening size and sufficient grabbing depth to ensure a firm grip. For logs with larger diameters, the grapple's tines should have strong penetrating and biting forces. For example, in large timber processing plants where logs with diameters exceeding 50 centimeters are frequently handled, a rotary log grapple with thick and strong tines and powerful grabbing force should be chosen.

Hydraulic Drive for Piston Movement: Similar to traditional hydro-pneumatic combined hydraulic breakers, silent hydraulic breakers also rely on the hydraulic power provided by excavators or loaders. Hydraulic oil enters the cylinder of the breaker, pushing the piston to reciprocate within the cylinder. However, the design and control of the hydraulic system in silent hydraulic breakers are more precise and efficient to reduce energy waste and noise generation.

Building Demolition Projects
- Demolition of Concrete Structures: During the demolition process of buildings, they are used to demolish concrete columns, beams, walls and other structures. For example, when renovating or demolishing old buildings, crushing tongs can efficiently break concrete components into small pieces, facilitating subsequent cleaning and transportation. Compared with traditional blasting demolition, it is safer, more precise, and will not cause damage to the surrounding environment due to huge impact forces.

 Field of Waste Metal Recycling and Treatment
- Dismantling of End-of-life Vehicles: When dismantling end-of-life vehicles, it is necessary to cut the metal parts of the vehicle body frame, chassis girders, etc. into smaller pieces that are convenient for transportation and subsequent processing. The hydraulic double-cylinder shear can easily cut through various metal structural parts of the vehicle, such as thick steel girders, speeding up the dismantling process and improving the recycling efficiency.

Field of Building Demolition and Construction Waste Treatment
- Demolition Sites: When demolishing old buildings such as abandoned residential buildings and factory workshops, a large amount of construction waste will be generated, including bricks, concrete blocks, stones, etc. The crushing bucket can be directly installed on equipment such as excavators to immediately crush these wastes on the demolition site, significantly reducing their volume, which is convenient for subsequent transportation and stacking, reducing transportation costs and storage space requirements.