Productivity - Safety - Minimum Matinence
These systems are designed to operate under high lifting capacities, high temperatures, and speeds, in heavy-duty working conditions. They have been developed using specialized engineering methods to meet the needs of industrial processes. Engineering calculations and designs are meticulously performed based on the operating class and processes. The primary characteristics of process cranes are to ensure the most efficient workflow in the area they are used and to operate safely with minimal maintenance requirements. Thanks to their high performance and durability, these cranes provide reliable solutions in challenging conditions, enabling the fast and safe transportation of heavy loads. Process cranes, designed to enhance operational efficiency, help businesses reduce costs and increase operational continuity by optimizing production processes. Additionally, due to their minimal maintenance requirements, they minimize downtime for businesses, thus enhancing overall efficiency.
Usage Areas
Process cranes offer a wide range of applications across various industrial sectors. They play a significant role in transporting high-tonnage loads in iron and steel plants, safely relocating equipment in energy facilities, and lifting heavy materials in mining operations. They are also used in various applications, such as loading and unloading containers at ports, processing waste materials in recycling facilities, and assembling parts in the automotive industry. These cranes are critical for enhancing efficiency and ensuring safety in every sector.
- Motors, gearboxes, and brake systems designed for heavy-duty conditions in lifting and hoisting groups
- Chassis designed according to working class and conditions for equal load distribution and maximum approach distances
- Twin winding drums designed for central load lifting
- Auxiliary lifting system
- Load safety brakes
- Bogie drive systems and easy-maintenance wheel bearings
- Automatic or manual central lubrication systems
- Heavy-duty cable trolleys
- Spring and hydraulic buffers
- Designs suitable for the use of magnets, polyp, or spreaders
- Anti-sway hook swing prevention systems
- Monitoring of faults and service records via PLC
- Electrical rooms and cabin cooling systems
- Operator cabin and control systems
