Electric Grab Bucket for Scrap Steel Collection in the Waste Water Pool in Machinery Factory

In the wastewater treatment scenario of machinery plants, scrap iron recycling often needs to deal with iron filings, iron blocks, and iron slag (which may be mixed with sludge, oil, coolant and other impurities) deposited in sedimentation tanks, sump pits, and grille interception areas. As an efficient and controllable mechanized grabbing equipment, electric grabs can specifically solve the recycling problems of such scattered or concentrated scrap iron deposits, and are particularly suitable for replacing manual salvage to improve efficiency and safety.

Technical Parameters：

Applicable scenarios and core functions
In the recycling of scrap iron from machinery factory wastewater, electric grabs are mainly used in the following scenarios, playing the key role of "centralized grabbing - transfer and recycling":
Bottom of sedimentation tank/sludge tank: After the initial sedimentation of the cleaning wastewater and processing wastewater of the machinery factory, the heavier iron filings and small pieces of scrap iron will be deposited at the bottom of the tank (often mixed with sludge). The electric grab can go deep into the tank to grab the deposited scrap iron, avoiding the safety risks of manual cleaning.
Wastewater sump: In the workshop drainage outlet or the pre-treated sump, scrap iron flushed from the pipeline (such as iron filings cut by lathes, iron slag from fallen parts) may accumulate. The electric grab can quickly grab and transfer it to the recycling container (such as hoppers, transport vehicles).
Grate/screen interception area: Large pieces of scrap iron (such as broken knives and incompletely broken iron parts) intercepted by the grid or vibrating screen need to be grabbed by the electric grab and then processed in a centralized manner to avoid the physical exertion of manual handling.

The core value of the electric grab used for recycling wastewater and scrap iron in machinery plants lies in solving the problem of "mechanized grabbing in a humid and impurity-rich environment". Through its anti-corrosion design, multi-petal structure and controllability of electric drive, it can efficiently replace manual labor and reduce safety risks.