Roasting Multifunctional Crane, also known as an Anode Baking Crane, is a specialized heavy-duty overhead lifting system developed for high-temperature roasting operations in metallurgy, non-ferrous metal, chemical, and advanced material industries.
Designed for complex production environments, this multifunctional crane performs various material handling tasks including charging, discharging, transferring, stacking, and maintenance operations in high-temperature furnaces and kilns. The crane can be equipped with different interchangeable lifting attachments, such as grab buckets, electromagnetic lifting devices, and clamps, allowing efficient handling of different materials.
Featuring intelligent control technology, precise positioning capability, and high-temperature resistant design, the roasting crane provides reliable performance under harsh working conditions. It plays an essential role in automated material handling processes for aluminum electrolysis, nickel production, alumina processing, lithium battery material manufacturing, and other high-temperature industrial production lines.
Metallurgical Roasting Processes
Designed for high-temperature furnace operations, including rotary kilns and fluidized bed roasting systems. The crane is used for loading raw materials such as ores and concentrates, unloading processed materials, and transporting hot semi-finished products.
Sintering and Pellet Production Lines
Applied in pelletizing and sintering production processes, including chain grate-rotary kiln systems and belt sintering lines, for grabbing, transferring, stacking, and feeding hot sintered materials.
High-Temperature Material Storage
Used for intelligent storage management of roasted materials, including hot sintered ore, alumina, and other high-temperature materials below 800°C, enabling efficient stacking and retrieval operations.
Special Metallurgical Applications
Suitable for complex material processing scenarios such as zinc leaching residue treatment and nickel laterite ore calcination. Corrosion-resistant design allows stable operation in chemically challenging environments.
Environmental Protection Treatment Systems
Applied in hazardous waste thermal treatment facilities for high-risk operations, such as transferring waste residues with grab devices and feeding materials into waste heat recovery boilers.
High-Temperature Resistant Design
Key components are specially designed for extreme thermal environments. The crane can be equipped with water-cooled motors, heat insulation systems, and high-temperature resistant materials to ensure stable operation in calcination conditions below 800°C.
Intelligent and Precise Control System
Integrated PLC control and variable frequency drive technology enable:
Automatic material grabbing
Accurate positioning
Load weighing and identification
Fault monitoring and self-diagnosis
These functions improve automation levels and operational efficiency.
Multi-Functional Lifting Attachments
The modular lifting interface allows quick replacement of different handling devices, including:
Grab buckets
Electromagnetic lifting equipment
Clamps
Customized attachments
This provides flexible solutions for various material handling requirements.
Safe and Reliable Operation
The crane is equipped with multiple safety systems, including:
Temperature monitoring devices
Alarm systems
Travel limit switches
Redundant control protection
These features ensure reliable operation in demanding industrial environments.
Compact Structure and Easy Maintenance
The optimized crane design reduces installation space requirements. Centralized maintenance points simplify inspection and servicing, helping reduce downtime and operating costs.
Strong Industrial Adaptability
Specifically developed for metallurgical carbon processes and other calcination applications, the crane supports high-frequency operation, multi-station handling, and complex production workflows.
We provide customized roasting multifunctional crane solutions according to different furnace layouts, production processes, and material handling requirements.
Our engineering team designs specialized crane systems based on:
Furnace and kiln structure
Material characteristics
Working temperature
Lifting capacity
Required lifting attachments
Automation level
Working duty requirements
Customized solutions ensure stable operation, high-temperature resistance, precise control, and long service life in demanding industrial environments.
Technical Parameters Comparison
| Item | Baking Multifunctional Crane | Clamps Crane | Vacuum Loading and Unloading Crane |
|---|---|---|---|
| Crane Span (m) | 34.5 | 34.5 | 34.5 |
| Trolley Crane Speed (m/min) | 2-60 | 2-60 | 2-60 |
| Travel Speed (m/min) | 1.6-40 | 1.6-40 | 1.6-40 |
| Clamp | |||
| Lifting Speed (m/min) | 2-10 | 2-10 | — |
| Lifting Travel (m) | 8.5 | 8.5 | — |
| Lifting Weight (t) | Dual Clamps with a capacity of 2×10 | Dual Clamps with a capacity of 2×10 | — |
| Opening (mm) | 5060 | 5060 | — |
| Speed Control | |||
| Trolley crane | Variable Frequency Drive | Variable Frequency Drive | Variable Frequency Drive |
| Trolley | Variable Frequency Drive | Variable Frequency Drive | Variable Frequency Drive |
| Clamp | Variable Frequency Drive | Variable Frequency Drive | — |
| Vacuum Loading and Unloading Pipe | |||
| Lifting Speed (m/min) | 2.6/16 | — | 2.6/16 |
| Lifting Travel (m) | 9.7/9.7 | — | 9.7/9.7 |
| Loading/Unloading Capacity (t/h) | 65/80 | — | 65/80 |
| Material Box Volume (m³) | 45 | — | 45 |
| Vacuum Pump | |||
| Power (kW) | 160 | — | 160 |
| Wind Pressure (kPa) | -40 | — | -40 |
Note: Products can be customized according to customer needs.
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Email: sales01@weihuahenancrane.com
