Manipulador telescópico XCMG XC6-4517K

• Impressive Lifting Capacity and Reach: With a maximum lifting capacity of 4.5 tons (4500 kg) and a maximum lifting height of 17 meters, the XC6-4517K is designed for handling heavy loads and reaching tall structures. It is ideal for large-scale projects requiring powerful lifting capabilities.
• Versatility and Multifunctionality: This telehandler can be equipped with a range of attachments, such as forks, buckets, and lifting hooks, making it highly versatile. It can perform a wide variety of tasks including loading, lifting, transporting, and stacking materials, increasing its utility across multiple job sites.
• Powerful Engine for Heavy-Duty Tasks: Equipped with a high-performance, fuel-efficient engine, the XC6-4517K delivers strong power for handling heavy loads and demanding conditions. The engine’s design helps ensure reliable performance while keeping fuel consumption and operational costs in check.
• Excellent Maneuverability: Despite its size and capacity, the XC6-4517K offers great maneuverability. Its compact design, four-wheel drive, and all-terrain capabilities allow it to operate effectively on rough or uneven surfaces, as well as in confined spaces.
• Operator Comfort and Control: The cabin is designed with ergonomics and operator comfort in mind. It features an intuitive control layout, climate control, excellent visibility, and a spacious interior, enhancing operator efficiency and reducing fatigue during long working hours.
• Advanced Safety Features: The telehandler is equipped with a range of safety systems, such as overload protection, automatic load leveling, and stabilizers, which ensure stable and secure operation even with heavy loads at high elevations.
• Durable and Robust Design: Built with high-quality materials and a reinforced frame, the XC6-4517K is engineered to handle tough working conditions. Its durable construction ensures longevity, minimizing the need for frequent repairs or maintenance.
• Ease of Maintenance: The machine is designed with easy access to critical service points, simplifying maintenance tasks and reducing downtime. This results in higher operational efficiency and lower overall maintenance costs.