The mechanical transmission system adopts three speed adjustment, with flexible steering and the ability to adapt to diverse working conditions. The plate type integral transmission of the single steel wheel roller has a compact structure, stable shifting, low impact, noise, and heat, and a long service life.
Rich attachments: The skid steer loader is equipped with various attachments, such as buckets, spiral drills, landscape rakes, grab buckets, sweepers, etc. Through a quick change device, the attachments can be replaced in minutes, which can adapt to various operational needs such as shoveling, stacking, lifting, excavation, drilling, and crushing, greatly improving the utilization and work efficiency of the equipment.
Strong terrain adaptability: adopting all wheel drive without inter wheel differential, which is conducive to working on uneven terrain. The short wheelbase design and high-performance tires make its off-road capability significantly stronger than other similar equipment.
Equipped with ROPS/FOPS cab, side window protection net, boom safety pole, rotating warning light and other safety devices, some also have emergency unloading valves, safety escape windows, etc., to ensure the safety of operators. At the same time, the wheel skid steer loader is equipped with a reverse image system, which can reduce blind spots and improve operational safety.
The sliding loader has small external dimensions and can achieve 360 ° in-situ turning. Its minimum turning radius is less than half of that of articulated loaders of the same level, making it particularly suitable for operation in narrow areas such as urban infrastructure construction, factory workshops, warehouses, and docks.
Modern skid steer loaders focus on the comfort design of the cab, equipped with a more spacious cab and ergonomic control devices, and can be optionally equipped with practical configurations such as automatic heating and air conditioning to reduce operator fatigue.
Good adaptability to the work site: The tires of wheeled excavators usually have good grip and off-road performance, and can adapt to various ground conditions, such as muddy and rugged roads. At the same time, its smaller turning radius allows it to operate flexibly in narrow spaces, such as Volvo's short turning radius wheel excavators that can work in single lanes, making them very suitable for use in urban roads, narrow construction sites, and other environments.
Intelligent Control Technology: Some hydraulic excavators are equipped with intelligent control systems. equipped with Cat Payload, which provides operators with on - the - go weighing to help them reach load targets and avoid overloading, underloading, or misloading materials, improving operation efficiency and accuracy.
Efficient Hydraulic System: The hydraulic system of the excavator is optimized and improved. equipped with a new - type large - displacement and high - efficiency main pump, which reduces internal leakage and increases power density. The new - generation high - efficiency main valve cancels some logic valves, reducing pressure loss and improving work ability.
Good maneuverability: Strong maneuverability and climbing ability, and can perform loading operations on slopes that do not allow excavators. Easy to operate: It is easier to operate than excavators and can shorten driver training time. Only one driver is needed to operate one loader, saving manpower, material resources, and financial resources.
efficiency is high. Low Cost: The self - weight is light, equivalent to 1/8 - 1/6 of the mass of an excavator with the same bucket capacity, and the manufacturing cost is only 1/4 - 1/3 of that of an excavator, which can reduce the investment in production equipment.
Intelligent Control: Some electric wheel loaders are equipped with intelligent control systems. the LG866H-E electric wheel loader is equipped with an intelligent energy management system based on big data and AI. It can monitor the equipment's operating status and energy consumption in real - time and automatically adjust the energy distribution strategy according to different working conditions to achieve optimal energy efficiency control.
