Electric Stacker – Heavy-Duty Material Handling with Precision Engineering

Electric Stacker – Heavy-Duty Material Handling with Precision Engineering

This electric stacker delivers a robust material handling solution with a rated load capacity of 1000–1500 kg and lift heights up to 3000 mm. The unit features a standard C+H section channel steel mast, a heavy-duty chassis constructed from 8–10 mm steel plates, and a split steel frame design that simplifies installation and component replacement. A multifunctional display with Battery Discharge Indicator (BDI) and hour meter provides real-time operational monitoring.

Reinforced C+H Channel Mast – Reduced Sway Under Load

Equipped with a standard C+H section channel steel mast, this stacker uses extra-thick steel profiles that are precision-rolled for consistent wall thickness. The interlocking C+H geometry provides superior bending resistance in both longitudinal and lateral directions. When lifting heavy loads to maximum height, the mast exhibits noticeably reduced sway compared to conventional single-channel designs, improving operator confidence and load handling accuracy in narrow aisle environments.

Heavy-Gauge Steel Chassis and Split Frame Construction

The mainframe is fabricated from 8 mm to 10 mm thick steel plates, selected for high yield strength and impact toughness. This substantial gauge thickness absorbs and dissipates energy from unintended collisions, while providing a stable mounting base for the drive motor, hydraulic pump, and control valve. The split steel frame design serves a dual purpose: it facilitates straightforward installation during initial setup and simplifies component replacement when maintenance becomes necessary. Frame construction from 6 mm thick steel plate delivers the structural rigidity required for demanding stacking applications.

Fork Leg and Structural Reinforcement

The fork legs combine 6 mm base thickness with an additional 16 mm reinforcement layer, providing the load-bearing capacity necessary for demanding pallet handling applications. The chassis bottom plate features integrated steel plate construction for enhanced durability.

Dual-Speed Drive System for Precision Maneuvering

The electric stacker features a dual-speed mode allowing operators to switch between normal operating speed and creep speed as working conditions demand. When the forks are raised to the vertical position, the system automatically engages creep speed mode. This automatic speed reduction enables safe, controlled lifting operations in confined warehouse aisles and tight maneuvering spaces. The combination of a multifunctional fork head with the slow-speed activation button provides precise load handling while significantly enhancing maneuverability in restricted areas.

Adjustable Balance Wheels and Operator Ergonomics

The adjustable balance wheel system allows operators to fine-tune stability characteristics according to specific working conditions, ensuring consistent performance across varied floor surfaces from smooth warehouse concrete to uneven industrial flooring. Ergonomically designed stacker forks ensure both operator safety and clear visibility during stacking operations. The equipment provides a safe clearance gap between the operator and the chassis, reducing the risk of contact during maneuvers. Operators can select their preferred working height based on individual operating habits, while optimized work visibility enables more efficient and faster stacking cycles.

Operational Monitoring and Display

The multifunctional display integrates Battery Discharge Indication and an hour meter into a single, easily readable interface. Operators can monitor remaining battery capacity and track operating hours in real time, enabling proactive maintenance scheduling and preventing unexpected downtime due to power depletion. This display technology supports efficient fleet management and helps maintain consistent productivity levels throughout the work shift.

Complete Technical Specifications