Container Loading & Unloading from Truck
Increase container utilization · Boost transport revenue · Reduce logistics costs
Industry Challenges
Reach‑Stacker: High Cost and Space Limits
Though popular for container operations, reach‑stackers require huge upfront investment and wide turning room. Frequent maintenance and spreader wear under dusty bulk‑material conditions cause downtime and truck congestion during infrequent handling tasks.
Heavy‑Duty Forklift: Unstable Lifting and Box Damage
Fork tines apply concentrated pressure to container bottoms and easily deform base beams. Heavy bulk‑filled containers trigger shaky lifting, rapid tyre wear and low‑speed cycles. Damaged containers generate recurring repair costs.
Truck‑Mounted Crane: Slow Speed and Harsh Site Restrictions
Outriggers need flat, spacious ground. Wind and rain suspend work. Manual hook‑up lengthens every operating cycle. Its low throughput fails peak‑hour lorry demands and creates manual‑hoisting safety hazards.
Container Loading & Unloading from Truck
Low‑cost Layout & Small‑space Adaptability
Our portable Container Jack‑Up System fastens onto four container corners directly. It requires no expensive heavy‑duty machinery or large turning radius. The compact equipment avoids idle‑asset loss and withstands abrasive bulk‑cargo dust to cut frequent component‑replacement downtime and truck queue‑ups.
- Zero large‑scale yard requirement
- Cuts heavy‑machine investment
- Dust‑resistant hydraulic assembly
- Eliminates idle‑equipment waste
Stable Lifting & Container‑bottom Protection
Four‑corner synchronized hydraulic jacks deliver evenly distributed lifting force. Unlike forklifts with concentrated tine pressure, our device prevents bottom‑beam bending, shaky hoisting and physical scratches to the container structure during heavy‑bulk handling.
- Synchronized four‑point lifting
- Uniform stress distribution
- Shock‑free stable hoisting
- Prevents container base damage
Fast Operation & Loose Site Requirements
No extended outriggers or perfectly flat ground are needed. The corner‑mounted unit tolerates uneven ground and mild bad‑weather conditions. Rapid corner locking shortens each loading‑unloading cycle and removes hazards brought by manual crane hook‑up.
- No outrigger deployment needed
- Broad terrain adaptability
- Quick‑fit corner locks
- Eliminates manual lifting risks
Normal Equipment VS ZFITA Container Jack‑Up System
| Traditional Container‑Handling Equipment (Reach‑Stacker / Heavy‑duty Forklift / Truck‑Mounted Crane) | ZFITA Container Jack‑Up System | |
|---|---|---|
| Operation Requirement | Needs large turning‑radius yard space or flat ground for outriggers; heavy‑duty equipment with huge investment | Four‑corner mounted portable unit, fits narrow‑space sites, low equipment cost |
| Container Protection | Fork concentrated pressure or unstable hoisting easily deforms the container bottom beam | 4‑point synchronous hydraulic lifting with even force, prevents base‑frame damage |
| Site & Weather Restriction | Strict requirements for flat ground; work suspended under strong wind and rainy weather | No outriggers required, adapts to uneven ground and mild bad‑weather conditions |
| Operating Safety & Efficiency | Slow manual hook connection, high tyre and spreader wear, frequent equipment idle loss | Fast‑fit corner locks for rapid cycles, eliminates manual hoisting hazards and wasted standby costs |
Working Principle
The container tilter utilizes advanced hydraulic drive technology to tilt standard containers to a preset angle within the 15°–90° range.Driven by gravity, the material flows toward the front of the container, gradually filling the entire internal space to achieve high-density loading.Compared to traditional horizontal loading methods, this approach significantly improves volumetric utilization, reduces the number of shipments, and lowers logistics costs.
Value delivered to the customer
Reduce logistics costs
Transport more cargo in each container.
Improve container loading efficiency
Reduce packing time and shipping cycles.
Reduce reliance on manual labor
Automated processes reduce labor costs.
Enhance transport safety
Reduce the risk of container bulging and cargo damage.
Improve customer satisfaction:
More stable and punctual delivery capabilities.
Higher return on investment
Continuously create long-term logistics value.
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