Cost-Effective Bucket Wheel Stacker Reclaimer For Port

Product Introduction

Cost-Effective Bucket Wheel Stacker Reclaimer For Port：

The bucket-wheel excavator executes material extraction while stationary, harnessing synchronized rotation of its front-mounted cutter assembly and boom articulation to shear and collect substrate. Captured material discharges gravitationally onto an intake conveyor as buckets ascend during rotation, subsequently channeled through a hopper to a discharge transport line for offloading. Post-layer excavation, the unit advances or modulates boom elevation to engage subsequent strata. Excavation depth corresponds to linear displacement or boom extension range, while operational breadth is governed by rotational velocity. Mobility functions supportively, prioritizing uninterrupted cutting via the rotating assembly and conveyor-mediated material transfer.

Architectural Composition
This equipment integrates six primary subsystems: mobility base, rotational drive, excavation unit, material routing network, electrical propulsion framework, and hydraulic management system. Critical design aspects encompass:

Mobility Base
Modern configurations predominantly employ crawler-track systems, with select variants using articulated walking mechanisms. Mid-sized units typically feature paired-track designs, whereas heavy-duty models implement multi-track arrangements to optimize ground pressure dispersion.

Omnidirectional Rotation Drive
Combining a rotating superstructure with azimuthal propulsion components, this assembly houses power generation systems, transmission infrastructure, control interfaces, and operator workspace. A precision-engineered slewing bearing facilitates unrestricted rotational capability about the vertical axis.

Excavation Unit

Incorporates a radial bucket array, articulated boom, elevation control mechanism, and drive train. The cutting assembly—a circular matrix of excavation containers—is positioned at the boom extremity. The boom pivots through a portal-mounted hinge, with angular calibration managed via tensioning systems or hydraulic actuators to maintain optimal cutting geometry. Configurations include rigid and telescoping boom variants, complemented by a laterally mounted drive module (motor with safety torque regulation and gear transmission) for efficient power delivery.

Material Routing Network
Operates through sequentially arranged intake and discharge conveyors with intermediate buffering hopper. Bridge-configured units integrate auxiliary transfer conveyors within bridging superstructures to enhance material flow adaptability.

Electrical Propulsion Framework
Employs grid-synchronized variable frequency regulation for precise motor speed and torque optimization.

Hydraulic Management System
Primarily governs boom elevation and conveyor alignment through fluid-powered actuators, ensuring dynamic operational accuracy during excavation cycles.

Company Strength

Established as an independently operated entity, Shandong Shante Heavy Industry Machinery Co., Ltd specializes in designing, producing, and distributing industrial machinery for mining and infrastructure sectors, including coal extraction, hydraulic engineering, and mineral processing. The company’s diversified portfolio features equipment such as electric excavation systems, slag management solutions, material transfer units, and advanced milling technologies, deployed across underground mining operations, tunnel construction, and large-scale logistics hubs.

With a robust domestic presence and expanding international reach across multiple continents, the enterprise has solidified its position as a market pioneer in mining machinery innovation. Over years of dedicated development, it has garnered prestigious certifications, including national high-tech enterprise accreditation and coal safety compliance certifications, alongside sustained recognition for operational integrity, contractual reliability, and sustainable business practices.

The company further enhances its technological leadership through strategic academic alliances, serving as a collaborative hub for Shandong University’s research initiatives in advanced materials and industrial automation. Supported by municipal-level engineering hubs and dedicated R&D facilities, it prioritizes innovation in equipment durability, energy efficiency, and user-centric design. By merging cutting-edge engineering with customer-focused service frameworks, the enterprise continues to elevate its global reputation while maintaining large-scale manufacturing output tailored to evolving industry demands.