LIFTING EQUIPMENT

Outdoor gantry cranes are widely used in ports, shipyards, steel yards, and construction sites for lifting and moving heavy loads. Unlike indoor cranes, outdoor gantry cranes face unique environmental challenges, including wind loads, earthquakes, and other weather-related forces. Designing these cranes to be wind-resistant and seismic-proof is critical for ensuring operational safety, structural integrity, and long-term reliability. 1. Environmental Challenges for Outdoor Ga

Gantry cranes are among the most versatile lifting machines used across various industries such as manufacturing, construction, steel handling, shipping yards, and precast concrete production. When handling extremely heavy loads, a 50-ton gantry crane is often a preferred choice due to its balance between lifting capacity and operational flexibility. One of the most critical aspects of these cranes is their ability to achieve high lifting heights, which ensures they can lift

Rubber Tyred Gantry (RTG) cranes are essential in modern container terminals, warehouses, and industrial operations, offering unmatched flexibility and efficiency in handling large and heavy loads. As demands for lifting heavier and oversized loads increase, the use of multi-hoist configurations and tandem lifting  has become more prevalent. However, with these capabilities come complex safety challenges. Ensuring operational safety requires sophisticated safety systems that

Overhead cranes are critical components in industrial and manufacturing facilities, enabling the lifting, moving, and precise positioning of heavy loads. Among these, a 30-ton overhead crane is considered a heavy-duty lifting solution, commonly used in steel mills, manufacturing plants, shipyards, and warehouses. While selecting or designing such a crane, one of the most crucial factors to consider is the duty class , which directly influences its structural design, component