European Type Single Girder Overhead Crane
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Capacity:
1~12.5t
Lifting Height:
6~12m
Voltage/Hertz:
220V, Customized
Working Class:
A5, A6
Span:
7.5~22.5m
Apply: Warehouses benefit from its high maneuverability, allowing workers to quickly access and stack stored goods, optimizing space utilization. In material stocks, it effortlessly transports building materials like lumber, pipes, and small metal sheets.
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Introduction
Technical Data
Application
Features
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PRODUCT INTRODUCTION
The crane consists of a single bridge girder fabricated from high‑strength steel, supported by end carriages that travel along runway beams. It is equipped with a compact electric hoist that runs along the bottom flange of the bridge girder, providing precise load positioning across the entire span. The modular design allows for easy installation, maintenance, and future upgrades. European type cranes are engineered to meet stringent safety standards (FEM, ISO, DIN) and are available in a wide range of capacities, spans, and lifting heights to suit diverse industrial applications.
TECHNICAL DATA
APPLICATION
1. Automotive Parts Manufacturing
Assembly Line Feeding: Lifting and positioning engine blocks, transmission housings, suspension components, and stamped parts onto assembly stations with precise, smooth movement.
Die & Mold Handling: Transporting heavy molds and dies between storage racks and injection molding or stamping presses.
Workstation Support: Providing localized lifting at individual workstations for component installation, reducing manual lifting injuries.
2. Small Piece Lifting & Precision Assembly Electronic Component Handling: Lifting delicate electronic assemblies, control panels, and sensitive equipment with variable speed control for gentle acceleration and deceleration. Instrument Manufacturing: Moving precision instruments, optical equipment, and laboratory devices without shock or vibration. Watchmaking & Medical Device Assembly: Providing clean, controlled lifting for small, high‑value components in dust‑controlled environments.
3. Biological Engineering & Pharmaceutical Facilities Cleanroom Operations: Equipped with stainless steel components, sealed drives, and smooth surfaces to meet cleanroom hygiene standards. Bioreactor Handling: Lifting and positioning bioreactors, fermentation tanks, and sterile containers during maintenance and production. Laboratory Equipment Movement: Transporting sensitive analytical instruments, freezers, and processing equipment between clean areas.
4. Medical Equipment Manufacturing Imaging System Assembly: Lifting and maneuvering heavy components of MRI machines, CT scanners, and X‑ray systems with precise positioning capabilities. Surgical Table Production: Handling stainless steel frames, actuators, and electronic components during assembly. Hospital Logistics: Supporting medical equipment distribution centers with clean, reliable lifting for sensitive devices.
5. Food Industry Stainless Steel Construction: Available with food‑grade stainless steel finishes, washdown protection, and sealed electrical components for high‑hygiene environments. Ingredient Handling: Lifting bulk ingredient bins, mixing bowls, and processing vessels in bakeries, dairies, and food processing plants. Packaging Line Support: Feeding packaging materials, rolls, and cartons to automated packaging machinery.
6. Chemical Industry Corrosion‑Resistant Options: Equipped with specialized coatings, stainless steel hoists, and sealed components for handling in corrosive or reactive environments. Chemical Drum Handling: Lifting and stacking drums, IBC containers, and chemical totes in storage and processing areas. Reactor Maintenance: Positioning heavy reactor lids, agitators, and heat exchangers during cleaning and maintenance cycles.
2. Small Piece Lifting & Precision Assembly Electronic Component Handling: Lifting delicate electronic assemblies, control panels, and sensitive equipment with variable speed control for gentle acceleration and deceleration. Instrument Manufacturing: Moving precision instruments, optical equipment, and laboratory devices without shock or vibration. Watchmaking & Medical Device Assembly: Providing clean, controlled lifting for small, high‑value components in dust‑controlled environments.
3. Biological Engineering & Pharmaceutical Facilities Cleanroom Operations: Equipped with stainless steel components, sealed drives, and smooth surfaces to meet cleanroom hygiene standards. Bioreactor Handling: Lifting and positioning bioreactors, fermentation tanks, and sterile containers during maintenance and production. Laboratory Equipment Movement: Transporting sensitive analytical instruments, freezers, and processing equipment between clean areas.
4. Medical Equipment Manufacturing Imaging System Assembly: Lifting and maneuvering heavy components of MRI machines, CT scanners, and X‑ray systems with precise positioning capabilities. Surgical Table Production: Handling stainless steel frames, actuators, and electronic components during assembly. Hospital Logistics: Supporting medical equipment distribution centers with clean, reliable lifting for sensitive devices.
5. Food Industry Stainless Steel Construction: Available with food‑grade stainless steel finishes, washdown protection, and sealed electrical components for high‑hygiene environments. Ingredient Handling: Lifting bulk ingredient bins, mixing bowls, and processing vessels in bakeries, dairies, and food processing plants. Packaging Line Support: Feeding packaging materials, rolls, and cartons to automated packaging machinery.
6. Chemical Industry Corrosion‑Resistant Options: Equipped with specialized coatings, stainless steel hoists, and sealed components for handling in corrosive or reactive environments. Chemical Drum Handling: Lifting and stacking drums, IBC containers, and chemical totes in storage and processing areas. Reactor Maintenance: Positioning heavy reactor lids, agitators, and heat exchangers during cleaning and maintenance cycles.
FEATURES
1
Enhanced Operational Efficiency: Rapid hatch cover removal and replacement significantly reduces cargo hold access time, accelerating vessel turnaround and berth productivity.
2
Improved Crew Safety: Eliminates the need for manual hatch cover handling or rigging by ship’s crew, reducing the risk of injuries associated with heavy lifting.
3
Precision Positioning: Gantry structure provides stable, controlled lifting with minimal swing, allowing precise alignment of hatch covers onto deck stowage or adjacent covers.
4
Space Optimization: Self‑propelled, rail‑mounted design allows the crane to service multiple holds while maintaining a compact footprint; collapsible versions minimize deck obstruction when stowed.
5
Versatile Lifting Configurations: Available with single or dual hoists, spreader beams, and remote control options to accommodate various hatch cover sizes, weights, and vessel designs.
6
Safety Features: Equipped with overload protection, emergency stops, anti‑collision systems, and fail‑safe brakes to ensure safe operations under all conditions.
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