Komatsu W600-6 ホイールローダー

Powerful and Excellent Performance: Equipped with a powerful, high-torque engine and a large-capacity bucket, these loader models deliver excellent production performance. For example, the WA800-3E0 loader boasts a 603kW engine rating and an 11m³ bucket capacity. It also features a two-mode operating system for increased traction and faster cycle times.
Comfortable and Reduced Fatigue: The Hi-CAB design offers ample operator space within the cab, with excellent visibility. For example, the WA380-3avance MAX loader features a luxurious suspension seat with a high backrest that can be moved up and down, forward and backward, and with adjustable backrests and armrests. Furthermore, the operating mechanisms are well-designed. For example, the PPC valve in the working attachment provides light lever force and short travel, reducing fatigue during extended operation.
Highly Reliable and Durable: The loader's frame design takes into account harsh operating environments. Hydraulic piping and power lines are meticulously designed for high reliability and durability, enabling stable and long-term operation under harsh conditions. Excellent Safety: The sturdy cab ensures operator safety. Some models, such as the WA380-3MAX, feature a large, front-rib-less cab for enhanced visibility. Features include a work equipment safety lock bar and large handrails for enhanced operator safety.

Excellent Environmental Performance: Focusing on environmental protection, the WA470-8M0 utilizes advanced noise reduction and emission control technologies to minimize environmental impact. For example, the WA470-8M0 is equipped with the Komatsu SAA6D125E-7 engine, meeting China's Stage IV emission standards for diesel engines for non-road mobile machinery. It is also equipped with a Komatsu diesel particulate filter (KDPF) and a selective catalytic reduction (SCR) system.

Easy Maintenance: The user-friendly design of the entire vehicle facilitates routine maintenance and servicing, reducing maintenance costs and downtime, while increasing equipment utilization.