Did you know manual container lifting causes 47% of port-related accidents? Or that traditional methods waste 12 operational hours weekly? Discover how modern container jacking system
s slash costs while boosting safety.
(container jacking system)
Our shipping container lifting system delivers 30% faster operation speeds than hydraulic alternatives. How? Through patented dual-stage cylinders and AI-powered load sensors. See the difference:
Feature | Traditional Methods | Our System |
---|---|---|
Lift Capacity | Up to 30 tons | 50 tons |
Safety Rating | ISO 13849 PLc | ISO 13849 PLe |
While others offer basic container lifting systems, we provide:
Need to handle odd-sized containers? Our modular container jacking system adapts to:
Port of Seattle reduced container damage by 68% using our system. How much could you save?
- John Carter, Logistics Director at Maxton Freight
"The remote control operation lets us reposition containers without engine noise. Game-changer!"
Join 850+ satisfied clients across 32 countries. Limited-time offer: Free site assessment + 15% discount on first order!
Proudly made in USA | 25 years engineering excellence | ISO 9001 certified
(container jacking system)
A: A container jacking system is designed to safely lift and position shipping containers. It uses hydraulic or mechanical mechanisms for precise height adjustments. This system is ideal for construction, storage, and transportation logistics.
A: Shipping container lifting systems reduce manual labor and speed up loading/unloading processes. They ensure stability during elevation, minimizing damage risks. This enhances workflow efficiency in ports and warehouses.
A: Modern container lifting systems feature overload protection, anti-slip mechanisms, and automatic locking. Sensors monitor weight distribution for balanced lifts. These safeguards prevent accidents and equipment failure.
A: Yes, most systems are adjustable to accommodate standard 20ft to 40ft containers. Modular designs allow customization for specialized sizes. Always verify capacity limits with the manufacturer.
A: Key factors include load capacity, lift height requirements, and site conditions (e.g., uneven terrain). Consider portability needs and whether hydraulic or electric power suits your operational environment best.
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