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Сверхмощная 10-тонная четырехножничная подъемная платформа для промышленной логистики в Джебель Али, ОАЭ

Обзор клиентов

This engineering project involved the design, integration, and commissioning of a high-capacity quad-scissor lift platform for a primary metal processing facility located in the Jebel Ali Free Zone (JAFZA), Dubai, United Arab Emirates. The facility serves as a critical node for the regional distribution of heavy-gauge steel components, requiring a vertical transport solution capable of bridging a 3.2-meter elevation gap within a high-cycle production environment.

The deployment necessitated a robust lifting architecture designed to withstand the unique environmental stressors of the UAE, including high ambient temperatures and airborne particulate matter common in the Middle East’s industrial corridors. Unlike standard lifting tables, this heavy-duty scissor lift was engineered to handle a substantial 10,000 kg vertical payload while simultaneously resisting significant lateral forces during the loading and unloading phases. The project was executed under strict adherence to local UAE machinery safety guidelines and international ISO 9001:2015 quality management standards

 

Задача и решение

Проблемы клиентов

The client’s logistics hub faced significant operational constraints when transitioning from standard cargo to heavy-duty industrial components. The existing infrastructure lacked the structural integrity to support the specific dynamics of their new material handling protocol.

  • Complex Loading Dynamics: The primary engineering bottleneck was the requirement to withstand a 4-ton lateral force along the longitudinal direction while the platform was at full extension. Standard scissor lifts are designed for vertical loads; lateral stress of this magnitude typically leads to catastrophic scissor-arm warping or pivot pin failure.

  • Vertical Displacement Requirements: To reach the secondary mezzanine level, a total stroke of 3,200 mm was required. Maintaining platform stability at this height with a 10-ton load requires a specific scissor geometry to prevent oscillations.

  • Harsh Environmental Conditions: The Jebel Ali facility operates in an environment where dust and high temperatures are prevalent. The client’s previous equipment suffered from electrical failures and hydraulic seal degradation due to inadequate protection ratings.

  • Strict Control and Feedback Protocols: The integration into the facility’s existing Warehouse Management System (WMS) required a sophisticated PLC-based control logic capable of millimetric height adjustment and real-time status feedback for remote monitoring.

  • Safety and Redundancy: Given the payload’s weight (10 tons), any uncontrolled descent posed a critical safety risk. The solution required redundant safety mechanisms to lock the platform in place during power loss or hydraulic pressure drops.

Индивидуальное решение GRADIN

To meet the rigorous technical demands of the UAE industrial sector, our engineering team developed a customized SL-10T-4L (Four-Linkage) scissor platform. The solution prioritized structural rigidity and specialized hydraulic management.

1. Structural Reinforcement and Quad-Scissor Geometry
The core of the lift utilizes a four-stage scissor linkage  design. This configuration allows for a compact closed height of 1050 mm while achieving a 3200 mm stroke. The scissor arms are constructed from 250mm x 100mm x 6mm rectangular tubing, providing superior torsional resistance compared to standard flat-bar steel. This specific material choice was critical to managing the 4-ton lateral force requirement without structural deflection.

2. Specialized Hydraulic System and Fluid Integrity
The hydraulic circuit was designed for high-frequency operation using an 11kW heavy-duty motor and a 380V/50Hz power system tailored for the UAE electrical grid. A critical technical inclusion was the requirement for hydraulic fluid cleanliness. Following the NAS1638 Class 7 standard, the entire system underwent chemical pickling (acid washing) according to CB/T3760-1996 protocols to eliminate internal contaminants. The oil tank features integrated temperature sensors and an air-blast cooler to ensure stable viscosity in the Dubai heat.

3. Electrical Systems and IP56 Compliance
Given the environmental challenges, the control system was housed in an IP56-rated enclosure. The electrical architecture utilizes Schneider and Siemens low-voltage components, ensuring long-term reliability and local availability of spare parts in the GCC region. The system includes an integrated PLC that manages:

  • Automatic stop at upper and lower limits via high-precision limit switches.

  • Synchronized dual-cylinder operation.

  • Emergency stop functionality with a non-automatic reset safety relay.

4. Safety Redundancy and Maintenance Design
The platform is equipped with several “Fail-Safe” features. To prevent uncontrolled descent, specialized pressure-compensated burst valves are mounted directly to the cylinder ports. The platform surface consists of 6mm anti-slip chequered plate to ensure traction during the high-torque loading cycles. For maintenance, the design includes mechanical locking bars that support the full 10-ton weight, allowing technicians to work safely beneath the structure.

Технические параметры и поддерживаемые бренды

Технические параметры

The following table summarizes the engineering parameters for the SL-10T-4L platform deployed in the UAE project.

Инженерный параметр Техническая спецификация
Rated Load (Vertical) 10,000 kg (10 Tons)
Max Lateral Force Resistance 4,000 kg (4 Tons)
Размеры платформы 2,000 mm x 1,200 mm
Maximum Stroke (Travel) 3,200 mm
Self-Height (Closed) 1,050 mm
Scissor Material 2501006 Rectangular Tubing
Скорость подъема 3.0 meters/minute
Гидравлическая силовая установка 380V / 11 kW
Electrical Protection IP56 (Dust & Water Jet Protection)
Hydraulic Cleanliness NAS1638 Class 7
Архитектура управления Siemens S7-1200 / Schneider Components

Поддержка брендов

В наших опрокидывающих машинах используются высококачественные импортные и отечественные компоненты для электрического управления, пневматики, гидравлики и механических частей.
1. Электрические компоненты управления
Качественные детали обеспечивают точность и стабильность работы
-SIEMENS: ПЛК, инверторы, низковольтные детали
-MITSUBISHI: Серводвигатели и приводные системы
2. Пневматические и гидравлические компоненты
Гарантируют устойчивое переворачивание и высокую грузоподъемность
-SMC: Цилиндры и пневматические аксессуары
-REXROTH: Гидравлические клапаны и насосные станции
3. Детали механической трансмиссии
Прочная конструкция обеспечивает плавный ход
-HIWIN: Линейные направляющие и винтовые узлы
-NSK: высокоточные вращающиеся подшипники
4. Детали низковольтных распределителей
-CHINT/DELIXI: Автоматические выключатели и переключатели
-EATON: компоненты безопасности и распределения

Выполнение и достижения проекта

Детали реализации

Исполнение и достижения

For a large industrial logistics and warehousing enterprise in Jebel Ali, UAE, we customized a Heavy-Duty 10-Ton Quad-Scissor Lift Platform, specially developed for high-load, large-stroke and high-stability vertical handling scenarios. Replacing traditional low-capacity lifting tools and segmented manual handling, this quad-scissor heavy-duty lifting solution solves the pain points of insufficient load capacity, platform shaking and low efficiency in heavy cargo logistics, realizing standardized, stable and high-efficiency vertical transportation for industrial heavy goods.
1. Quad-Scissor Heavy-Duty Structure Design
Traditional single-scissor lift platforms are prone to insufficient rigidity, unbalanced force and severe shaking under ultra-heavy load and high lifting height, failing to meet heavy industrial logistics demands. This customized 10-ton quad-scissor structure features enhanced overall rigidity, uniform stress distribution and strong anti-deformation capability. It delivers ultra-stable full-stroke lifting and large-area stable bearing, fully adapting to high-load cargo handling and precise docking requirements of UAE industrial logistics parks.
2. Dramatic Logistics Efficiency Improvement
The original heavy cargo transportation relies on multiple shifts of equipment and multi-person coordination, with slow loading and unloading speed and long operation cycle. The integrated quad-scissor lift supports one-button automatic lifting and precise floor docking, realizing fast and continuous heavy cargo handling. It improves overall industrial logistics efficiency by over 80%, effectively accelerating warehouse inbound and outbound efficiency and workshop material turnover speed.
3. Ultra-Stable Lifting & Zero Cargo Damage
Unstable lifting of ordinary equipment easily causes heavy cargo sliding, offset and packaging damage, bringing economic losses to logistics operation. The synchronous hydraulic balance system and four-group scissor synchronous linkage structure ensure zero shaking and zero impact during the whole lifting process. It achieves zero cargo displacement and zero handling damage, effectively protecting the integrity of heavy industrial goods and reducing logistics loss costs.
4. Labor Cost Reduction & Operational Optimization
Traditional heavy-load logistics operation requires multiple skilled workers to assist in fixing, positioning and handling, with high labor investment and low work efficiency. This heavy-duty quad-scissor lift supports самостоятельная работа одного человека. It simplifies cumbersome handling procedures, eliminates efficiency differences caused by manual operation, and maintains stable high-frequency logistics operation all day long.
5. Desert Industrial Environment Adaptability
Tailored for the high-temperature, dusty and dry desert industrial environment in the UAE, the whole machine adopts high-temperature resistant, dust-proof and anti-rust optimized treatment. Equipped with overload protection, anti-fall safety interlock and emergency stop devices, the equipment operates stably in harsh working conditions with low failure rate and strong durability, fully complying with local industrial equipment operation standards.
Общие преимущества проекта
After official commissioning and operation, the client’s heavy industrial logistics efficiency increased by 80%+, with greatly reduced labor costs and zero cargo damage accidents. The entire heavy-load vertical handling process realized automation and standardization, effectively improving warehouse operation capacity and overall logistics service benefits.

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Компания Gradin Machinery является ведущим производителем, специализирующимся на производстве подъемных платформ и гидравлических подъемников. Имея сертификаты ISO и CE, мы предоставляем безопасное, надежное и специализированное оборудование для глобальных промышленных нужд.

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