Atomoving
400KG Semi-electric Stacker
400kg Battery Powered Stacker 1500mm Lifting with Forks
- Effortless Power Lifting: Battery-powered lifting mechanism eliminates manual effort, dramatically increasing workplace efficiency and safety.
- Versatile Load Handling: Adjustable forks accommodate various pallet sizes and load types, from cartons to plastic containers.
- Space-Efficient Design: Lightweight construction and compact footprint enable easy navigation in narrow warehouses and tight spaces.
- Risk Reduction Solution: Eliminates strain from repetitive lifting tasks, even for loads under 15kg, enhancing workplace safety.
- Multiple Height Options: Available in 1200mm and 1500mm lift heights to suit diverse storage and handling requirements.
Transform your material handling operations with our 400kg Battery-Powered Stacker, where efficiency meets versatility. This innovative solution combines powerful electric lifting with compact maneuverability, making it perfect for managing loads in space-constrained environments. Whether you’re handling cartons, plastic boxes, or palletized goods, its adjustable forks and reliable battery power ensure smooth, safe operations. Ideal for businesses seeking to enhance workplace safety while maximizing productivity.
400KG Semi-electric Stacker
| Model | EF4085 | EF4120 | EF4150 | EF4170 | |
|---|---|---|---|---|---|
|
Capacity |
(KG) |
400 |
400 |
400 |
400 |
|
Max.Platform Height |
(mm) |
850 |
1200 |
1500 |
1700 |
|
Min.Platform Height |
(mm) |
200 |
200 |
200 |
200 |
|
Platform Length |
(mm) |
650 |
650 |
650 |
650 |
|
Platform Width |
(mm) |
550 |
550 |
550 |
550 |
|
Total Length |
(mm) |
1070 |
1070 |
1070 |
1070 |
|
Total Width |
(mm) |
590 |
590 |
590 |
590 |
|
Total Height |
(mm) |
960 |
1310 |
1710 |
1910 |
|
Load Roller |
(mm) |
Φ150 |
Φ150 |
Φ150 |
Φ150 |
|
Steering Wheel |
(mm) |
Φ150 |
Φ150 |
Φ150 |
Φ150 |
|
Power Unit |
(KW) |
0.8 |
0.8 |
0.8 |
0.8 |
|
Battery |
(Ah/V) |
60/12 |
60/12 |
70/12 |
70/12 |
|
Net Weight |
(KG) |
88 |
93 |
107 |
115 |
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More Material Handling Equipment
Performance
Effortless Power for Enhanced Safety
Experience a new level of workplace safety with our Battery-Powered Stacker’s intelligent lifting system. Designed to eliminate the risks associated with repetitive manual lifting, this 400kg capacity stacker transforms challenging material handling tasks into smooth, effortless operations. Even loads under 15kg, which can pose risks during repeated handling, become completely manageable. The battery-powered lift mechanism ensures consistent, controlled movement, protecting your workers from strain and injury while maintaining peak productivity.
Versatile Design for Every Operation
Adapt to any material handling challenge with our flexible stacker solution. The adjustable forks accommodate diverse load types, from standard pallets to unique storage devices, while the optional steel platform extends its capabilities even further. Available in 1200mm and 1500mm lift heights, this versatile stacker handles everything from carton movement to parts storage management. Its adaptable design makes it the perfect all-in-one solution for warehouses, workshops, and retail backrooms.
Space-Efficient Mobility
Navigate tight spaces with confidence using our compact Battery-Powered Stacker. The lightweight construction and streamlined design enable smooth operation in narrow aisles and confined areas where traditional equipment can’t reach. Despite its compact footprint, this powerful stacker maintains impressive 400kg lifting capacity, proving that superior performance doesn’t require excessive size. Perfect for small warehouses, retail stockrooms, and workshops where space efficiency is crucial.
Frequently Asked Questions
What is a semi-electric stacker?
Semi-Electric Stackers are material handling equipment that combines electric lifting with manual propulsion, primarily used for stacking operations in small to medium-sized warehouses and workshops. Their key characteristic is the electric hydraulic system controlling fork lifting and lowering, enabling effortless cargo handling through simple handle button operation, completely eliminating the laborious manual pumping required by traditional manual stackers. Meanwhile, the equipment retains manual propulsion design, resulting in simple structure and low cost, typically priced at approximately half that of fully electric stackers. This design enhances operational efficiency while maintaining good economic viability, making it particularly suitable for budget-conscious facilities requiring frequent lifting operations.
In practical applications, semi-electric stackers demonstrate multiple advantages. The electric lifting function easily achieves cargo stacking heights of 1.5-3 meters, with operators simply pressing handle buttons to complete lifting operations, significantly reducing labor intensity. Compact chassis design enables flexible operation in narrow aisles around 1.8 meters wide with small turning radius, perfectly suited for standard pallet (800-1200mm) handling between rack systems. Without drive motors, the equipment maintains lighter weight (approximately 200-400kg), and while manual pushing is required for movement, equipped wear-resistant silent wheels make propulsion relatively effortless. Additionally, operating noise remains below 65 decibels, fully meeting requirements for noise-sensitive environments such as supermarkets and laboratories.
Typical application scenarios for this equipment include warehouse lower-level rack replenishment, production line material circulation, and retail logistics distribution. For instance, in warehouse environments with 4-6 hours daily operation, semi-electric stackers significantly improve efficiency without requiring frequent charging and maintenance like fully electric units. Key selection parameters include rated load capacity (typically 1-1.5 tons), maximum lifting height (selected based on rack height), and battery endurance (conventional lead-acid batteries support 6-8 hours operation). During use, regular inspection of hydraulic oil levels and wheel wear is essential, and when operating on slopes, forks must face downhill direction to ensure operational safety. For high-frequency operations or long-distance handling scenarios, upgrading to fully electric stackers is recommended for enhanced performance.
What is a walkie stacker?
Walkie Stacker is an operator walk-behind electric material handling equipment primarily used for loading, unloading, stacking, and short-distance transportation of palletized goods. Based on functional characteristics, it can be categorized into several main types:
Lifting Height Categories
The equipment is primarily divided into low-lift and high-lift types. Low-lift stackers typically have lifting heights below 1.2 meters without mast structures, suitable for simple ground-level handling and loading/unloading operations. High-lift units feature mast systems with lifting capabilities reaching 3-5 meters, enabling rack storage and retrieval operations as well as mid-level stacking tasks, making them the workhorse models in warehousing and logistics operations.
Drive System Classifications
Units are categorized as semi-electric or fully electric based on drive configuration. Semi-electric models require manual pushing for travel with only the lifting function electrically powered, suitable for applications with lower handling frequency. Fully electric models are completely powered for both travel and lifting operations, offering more effortless operation suitable for high-intensity, continuous duty cycles. Fully electric units typically incorporate intelligent control systems with stepless speed control and soft-start functionality.
Fork Design Variations
Different configurations include standard, wide-leg, and folding fork designs. Standard types accommodate conventional pallet dimensions. Wide-leg models feature adjustable fork spacing suitable for handling non-standard pallets or oversized cargo. Folding designs conserve storage space, providing advantages in space-constrained environments. Additionally, based on load requirements, options include light-duty models under 1 ton, medium-duty units from 1-1.5 tons, and heavy-duty specifications exceeding 2 tons.
These classifications require selection based on specific operational scenarios in practical applications. For instance, narrow aisle operations favor compact fully electric models, low-frequency handling may consider semi-electric units, and non-standard cargo requires wide-leg designs. Proper equipment selection significantly enhances operational efficiency and equipment utilization rates.