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80-тонная синхронизированная ножничная платформа устраняет прогиб конструкции

Обзор клиентов

Handling 80-ton payloads requires more than just raw power; it requires mathematical precision. For a heavy-industry leader in Germany, Gradin engineered a Dual-Set Synchronized Scissor Lift Platform. This project addresses the critical need for absolute horizontal stability during the assembly of massive industrial components, where even a 2mm tilt could lead to catastrophic failure.

Задача и решение

Проблемы клиентов

In ultra-heavy lifting, the “Information Foraging” for safety data is intense. The client feared:

  • The Risk: Non-synchronized lifting causing eccentric load stress and structural fatigue.

  • The Consequence: Million-euro losses in equipment damage and prolonged operational downtime.

Индивидуальное решение GRADIN

Gradin’s solution leveraged Mechanical-Hydraulic Cross-Linking:

  1. Closed-Loop Synchronization: A high-precision flow distribution system ensuring all scissor sets move in perfect unison within ±2mm tolerance.

  2. Extreme Load Rigidity: Utilizing high-tensile structural steel optimized via Finite Element Analysis (FEA) to ensure zero platform deflection at 80,000kg.

  3. Safety Redundancy: Multiple safety layers including burst-valve protection and electronic tilt-monitoring.

Технические параметры и поддерживаемые бренды

Технические параметры

Метрическая система Технические характеристики
Max Capacity 80,000 kg (80 Tons)
Synchro-Precision < 0.2% Total Stroke Variance
Platform Type Heavy-Duty Dual-Linkage Scissor
Стандарт безопасности CE / EN 1570-1
Drive Power High-Torque Hydraulic Power Unit (HPU)

Gradin: Providing the structural certainty for global heavy industry.

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

Efficiency Upgrade | 80-Ton Synchronized Scissor Platform Eliminates Structural Deflection
For heavy-duty structural manufacturing clients with ultra-heavy load processing demands, we delivered a customized 80-Ton Synchronized Scissor Platform. Designed specifically for large-scale heavy component lifting and high-precision positioning, this advanced synchronized lifting solution replaces traditional single-scissor lifting equipment plagued by platform deflection, shaking and unbalanced stress. It effectively solves core industry bottlenecks in ultra-heavy load processing and achieves stable, deflection-free high-precision industrial lifting.
1. Anti-Deflection Synchronized Structural Design
Conventional scissor lift platforms suffer from inevitable structural deflection, tilt and lateral shaking under 80-ton extreme loads, caused by unsynchronized stress and insufficient structural rigidity. This customized platform adopts a dual-group synchronous scissor linkage system and symmetrical integral welded structure. It realizes full-platform uniform stress bearing, completely offsets heavy-load bending pressure, and thoroughly eliminates platform deflection, tilt and displacement during full-stroke lifting.
2. High-Precision Lifting Boosts Overall Productivity
Traditional heavy-load lifting requires repeated manual leveling, position calibration and secondary correction due to structural deformation, resulting in long operation cycles and low throughput. The precision synchronous hydraulic control system ensures fully balanced, stable and consistent lifting across the entire platform. It improves heavy-duty processing efficiency by over 80%, eliminates idle waiting and repeated adjustment procedures, and optimizes the overall production rhythm.
3. Zero Deflection & Zero Assembly Errors
Large heavy structural workpieces require ultra-high horizontal flatness and positioning accuracy. Slight platform deflection will cause assembly misalignment, local stress concentration and workpiece scrapping. This synchronized scissor platform maintains perfect horizontal balance under full rated load, achieving zero structural deflection, zero shaking and zero positioning errors. It ensures high-precision assembly and processing quality for super-heavy workpieces and reduces rework loss.
4. Significant Labor & Operational Risk Reduction
Ultra-heavy load processing traditionally requires multiple professional workers to assist in leveling, monitoring and position correction, with high labor costs and unstable manual operation errors. This automated synchronous lifting platform supports самостоятельная работа одного человека. It simplifies complex heavy-load operating procedures, reduces human intervention, and realizes stable, high-frequency and high-precision lifting operation.
5. Heavy-Duty Industrial-Grade Durability
Tailored for long-term cyclic ultra-heavy load operation, the whole machine adopts thickened high-strength steel structure and wear-resistant high-pressure hydraulic components. Equipped with synchronous balance control, overload protection, anti-fall locking and emergency stop devices, it runs stably in extreme heavy-load working conditions with low failure rate. The professional anti-deflection structure effectively improves equipment rigidity and extends service life, lowering long-term maintenance costs.
Общие преимущества проекта
After official commissioning and operation, the client’s ultra-heavy load processing efficiency increased by 80%+, achieving zero structural deflection and zero workpiece rework. The entire heavy-load lifting and assembly process realized automation, standardization and high-precision operation, effectively solving the long-standing industry pain point of heavy-load structural deformation and greatly improving factory production capacity and core competitiveness.

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