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With the rising space costs in modern warehouse operations, maximizing storage capacity within limited floor space has become a critical task. Traditional forklifts are constrained by their operating methods, requiring wider stacking aisles and having limited lifting heights, resulting in significant waste of both vertical and horizontal aisle space in warehouses. It can fully tap into the vertical storage potential of warehouses, converting flat storage into three-dimensional storage and drastically increasing the storage density per unit area. Meanwhile, its stacking aisle width for 1200mm×1200mm pallets is only 1700mm, much narrower than that required by traditional forklifts. This reduces the area occupied by aisles, allowing more space to be allocated for goods storage.

(II) Adaptation Requirement for Complex Operating Scenarios

Warehouse goods storage often involves complex scenarios such as multi-directional loading/unloading, narrow-aisle stacking, and high-level goods access. Traditional forklifts need to frequently turn to adjust their position, leading to cumbersome operating processes and low efficiency. The man-up three-way stacker forklift can achieve fork rotation, lateral movement, and goods loading/unloading, stacking, and storage at three positions (front, left, and right) without turning the vehicle body. It can flexibly adapt to scenarios such as irregular storage layouts and multi-directional goods access, making it particularly suitable for narrow-aisle and high-density storage warehouse environments. This addresses the issue of insufficient maneuverability of traditional equipment in complex operating scenarios.

(III) Dual Requirement for Efficient Operation and Safety Assurance

In warehouse operations, operational efficiency and personnel safety are core considerations. Traditional high-level stacking operations rely on external auxiliary equipment or manual climbing, which are inefficient and pose high safety risks. The man-up three-way stacker forklift adopts a man-up design, allowing the operator to lift to high-level operating areas together with the forks. This enables direct observation of the goods access process and precise control of operations, avoiding goods damage or safety accidents caused by blind operations. Additionally, it is equipped with high-performance components such as a branded AC controller and an electro-hydraulic proportional hydraulic control unit, ensuring rapid operational response and stable operation. This significantly improves loading, unloading, and stacking efficiency, meeting the high-frequency operation requirements of warehouses.

(IV)Core Advantages

1. Advanced Structural Design with Both Stability and Durability

1) The mast is made of high-strength section steel imported from Germany's Krupp. It features high strength, light weight, and excellent craftsmanship. It ensures structural stability during high-level lifting, lowers the vehicle's center of gravity to enhance operational safety, and enables smooth lifting and operation with reduced vibration, improving operational comfort.

2) The lifting stage control design allows the main mast and auxiliary mast to operate independently. It can flexibly adjust the lifting method according to operational needs, adapting to the access of goods of different heights and weights, and making operations more targeted.

3) The entire vehicle is equipped with polyurethane wheels, which are wear-resistant and impact-resistant, suitable for indoor warehouse floor environments. The optimized specifications of the front wheels and drive wheels, combined with a reasonable track design, further improve the stability of the vehicle during driving and operation.

2. Excellent Performance Parameters with Outstanding Operational Efficiency

1) The load capacity ranges from 1.5T to 1.6T, and the lifting height is wide-ranging (7.5m-14.5m). It can adapt to the storage needs of goods of different weights and heights. In particular, the ultra-high lifting height of 14.5m can meet the high-level storage requirements of large three-dimensional warehouses.

2) The maximum travel speed is 10km/h when unloaded and 9km/h when loaded (model CDMX16-145S). The lifting speed is 0.35m/s when unloaded and 0.3m/s when loaded, and the lowering speed is stable and controllable. The operation cycle efficiency is high, enabling rapid completion of the entire process of goods loading, unloading, stacking, and transportation.

3) The maximum climbing capacity can reach 10% (loaded state), and the minimum turning radius is only 2300mm (for some models). It has both off-road adaptability and flexible maneuverability, and can flexibly move in different areas of the warehouse (including aisles with slight slopes), adapting to complex warehouse layouts.

3. Convenient and Comfortable Operation with Comprehensive Safety Configurations

1) It is equipped with a branded operating handle and instrument, featuring clear operating logic and sensitive response, allowing operators to quickly get started. The optimized height of the overhead guard (2400mm-2580mm) and the reasonable height of the standing platform from the ground (450mm-485mm) provide operators with sufficient operating space and a comfortable working posture.

2) The travel brake adopts electromagnetic braking, which has a rapid braking response and stable braking effect, effectively avoiding potential safety hazards during driving. The noise level at the operator's ear is only 75dB(A) (complying with EN12053 standard), reducing noise interference during long-term operations and improving operational comfort.

3) The outer width of the forks can be adjusted between 260mm and 725mm, adapting to pallets and goods of different specifications. The reasonable design of the fork dimensions (e.g., 50/125/1200mm) improves the stability of goods bearing. The minimum ground clearance is 80mm-90mm, which can avoid scratching with ground obstacles during driving and ensure smooth operations.

4. High-End and Reliable Configurations with Controllable Operation and Maintenance Costs

1) Core components are all brand-name configurations, such as AC drive controllers, lifting motors (with a maximum power of 21AC kw), and lead-acid batteries (voltage 48V-80V, capacity 540Ah-600Ah). They have stable performance and a long service life, reducing the failure rate.

2) The battery is highly compatible with the charger, ensuring high charging efficiency (charger specifications 48/75V/A-80/80V/A) and a battery life that meets the needs of long-term operations. The components have a high degree of standardization, facilitating later maintenance and repair, and the accessories are easy to purchase, reducing operation and maintenance costs.