Caterpillar 950E frontālais iekrāvējs

Powerful and high-load capacity, with outstanding operational efficiency. Equipped with a Caterpillar 6-cylinder in-line engine, it boasts a high 175HP output and a 5,000kg rated load, enabling efficient loading and unloading of heavy materials such as sand, gravel, and ore. Optional bucket capacities of 2.7-3.5m³ and a 3.3m dump height make it suitable for unloading applications such as small and medium-sized dump trucks and silos, increasing single-stroke throughput and significantly improving construction efficiency.

Flexible and controllable, adaptable to complex sites. A minimum turning radius of 4.2m balances load capacity and site adaptability, allowing for flexible maneuverability in relatively confined environments such as mines and construction pits. A maximum travel speed of 28km/h reduces transition time and meets the needs of coordinated multi-site construction. The load-sensing hydraulic system is responsive, ensuring precise bucket lifting, lowering, and unloading, minimizing material spillage and loss. Durable structure and high reliability. The machine features a reinforced frame design, a bucket constructed of high-strength, wear-resistant steel, and excellent impact and wear resistance for the teeth and blades, making it suitable for demanding mining and construction waste handling applications. Core components such as the engine and transmission have been proven in long-term operation, offering excellent sealing and dust resistance, reducing the risk of failure in harsh environments and extending the machine's service life.

Comfortable operation and manageable maintenance costs. The cab features a soundproofing design, a suspended seat, and air conditioning, offering excellent visibility. The ergonomically designed operating handles reduce fatigue during extended operations. Centralized and easily accessible maintenance points allow for quick replacement of wearing parts such as the oil and fuel filter from ground level. The equipment's fault diagnosis system monitors operating status in real time, providing early warning of potential problems, minimizing unplanned downtime and lowering maintenance costs.