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◆◆ Product Advantage
No Electric Drive, Unlimited Applicable Scenarios
No battery or power supply required, it can work normally in power-free environments such as power outages and outdoors. The hydraulic system adopts a precision valve core design, with a manual lifting operation force ≤50N (about 5kg force), 30% more labor-saving than traditional models, suitable for narrow and power-free areas such as warehouse corners and truck compartments.
Keywords: power-free operation, hydraulic lifting, unlimited scenarios
High-Strength Stacking, High Safety Factor
The forks are made of Q345B alloy steel, which remains undistorted after 1.5 times the rated load test. The standard load capacity is 1-2 tons, and the maximum stacking height is 3 meters. Built-in safety valve, which automatically limits speed when the descending speed exceeds 0.2m/s. Combined with the anti-skid fork surface (friction coefficient 0.8), the cargo sliding rate is less than 0.5%.
Keywords: high-strength stacking, safety speed limit, anti-skid forks
Streamlined Structure, Simple Operation and Maintenance
The whole machine has only 30 core components (60% fewer than semi-automatic stackers). The handle integrates lifting and tilting functions, allowing new employees to get started in 5 minutes. 易损件 (such as seals) adopt universal specifications, with replacement cost ≤20 yuan/piece, and annual maintenance cost less than 100 yuan.
Keywords: streamlined structure, easy operation, low-cost maintenance
Flexible Movement, Adaptable to Small-Space Operations
The minimum turning radius is 0.9 meters, and the body width is only 700mm, which can turn in a 1.2-meter-wide channel. The polyurethane wheel has a diameter of 100mm, with a pushing resistance ≤80N, leaving no scratches when moving on tiles, wooden floors, etc., suitable for space-constrained scenarios such as convenience stores and small workshops.
Keywords: flexible steering, small-space adaptation, scratch-free wheels
Outstanding Cost-Effectiveness, Fast Investment Return
The purchase cost is only 1/5 of that of a fully electric stacker, with no battery replacement cost, and the daily use cost is less than 1 yuan. Third-party data shows that after use by small and medium-sized merchants, the cargo stacking efficiency is increased by 40%, the storage space utilization rate is increased by 25%, and the cost can be recovered in an average of 6 months.
Keywords: high cost-effectiveness, low-cost investment, space utilization rate
◆◆ Technical Parameters
| Load Capacity | 500 - 3,000 kg |
| Max Lift Height | 1,500 - 3,000 mm |
| Mast Type | Full Free Lift |
| Lowered Height | ≤ 1,950 mm |
| Hydraulic Pressure | 14 - 18 MPa |
| Effort Required | Foot pump: ≤15kg Hand pump: ≤25kg |
| Wheel Configuration | Front wheels: Nylon/polyurethane Ø200mm Rear wheels: Double-bearing steel wheels Ø80mm |
| Net Weight | 130 - 200 kg |
◆◆ Product Uses
1. Light manufacturing in-process stacking
In electronics and auto parts workshops, operators stack raw materials/finished products on temporary storage racks 1.8-2.5 meters high. Manual hydraulic control enables precise millimeter-level lowering (±5mm) to avoid collision with precision components. When stacking ≤50 pallets daily, the cost is only 15% of that of electric models.
2. Supermarket back warehouse shelf replenishment
For mid-low shelves (height ≤2.2m) with aisle width <1.5m, manual stackers flexibly access pallets of daily necessities and food. With a closed height ≤1.9m, they can enter standard freight elevators, and the noise <60dB won't disturb customers.
3. Truck tailgate stacking assistance
Cooperating with truck tailgates, manual stackers can complete 3-layer stacking (total height 2.4m) within 1 minute. Hydraulic slow lowering protects fragile items, and the no-power-required feature is suitable for field operation scenarios.
4. Economical solution for cold chain warehousing
The -25℃ cold storage dedicated model uses low-temperature hydraulic oil to stack 1.5-ton goods in frozen product areas. The battery-free design eliminates the risk of low-temperature failure of electric equipment, reducing maintenance costs by 60%.
5. Operation in high-risk explosive environments
Electrical equipment is prohibited in chemical/oil depot areas. Manual stackers have passed ATEX/ISO 80079 explosion-proof certification. The all-mechanical structure has no spark risk, safely handling explosion-proof containers under 1 ton.
6. Narrow aisle access in dense warehousing
In dense warehouses with ultra-narrow aisles of 1.2m, the manual model has a turning radius of only 0.8m (electric models require 1.5m+). The three-stage mast can be lifted to 3.3m to access high-level cargo positions, increasing space utilization by 40%.
◆◆ Product Operate Guide
To operate the hand stacker:
1. Align forks with pallet slots, push until fully inserted.
2. Pump the handle to lift forks to desired height (max 3m).
3. Steer slowly to move; use the release lever to lower gently.
4. After use, lower forks to minimum height and park on flat ground. Always check load doesn’t exceed rated capacity for safety.
◆◆ Product Video
◆◆ FAQ
Q: How does a hand stacker differ from an electric one in terms of maintenance?
A: Hand stackers have no motors or batteries, so maintenance is simpler—only occasional hydraulic oil checks and seal replacements. Annual costs are ~$15, much lower than electric models’ $100+ for battery upkeep.
Q: Can it work in narrow spaces where electric stackers can’t?
A: Yes. With a turning radius of 0.9m and 700mm width, it fits 1.2m aisles, while most electric stackers need ≥1.5m. Ideal for small warehouses or tight retail backrooms.
Q: Is it hard to lift heavy loads manually?
A: No. Its hydraulic system reduces effort—lifting 1 ton requires only ~5kg of force, 30% less than traditional designs. Even new users can operate it smoothly after 5 minutes of practice.
Q: What’s the maximum stacking height, and is it stable?
A: It stacks up to 3m safely. The Q345B steel forks and anti-slip surface (friction coefficient 0.8) prevent slipping, with a built-in valve limiting descent speed to ≤0.2m/s.
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