Accelerated urbanization and agricultural modernization needs of the double push, small excavators are “small body big power” unique advantage, become engineering construction, farmland management and even home gardening field of all-round assistant. With its flexibility, mobility, high efficiency and energy-saving features, it not only reshapes the traditional mode of operation, but also opens up a new market space. Omida's team responds to the market demand and independently researches and develops 3 new types of small excavators(T13PRO, GW-18, OMI-T18) on line!
In dense urban areas, large equipment is often difficult to perform due to space constraints, while the mini excavator with 1.5-meter body width and lightweight design, easy to shuttle in narrow alleys and construction gaps. The modular hydraulic quick-change system supports the quick switching of more than ten types of implements, such as bulldozer, rotary cutter, etc., so that a single machine can complete the tasks of pipeline laying and road repair, and the construction efficiency is significantly improved. For example, in municipal engineering, its millimeter-level precision control effectively avoids the risk of underground pipeline network, becoming the “invisible pusher” of urban renewal.
(T13PRO, GW-18, OMI-T18)The 3 mini excavators are all powered by Kubota engines, with load-sensing hydraulic system for precise adjustment of oil volume, and tail-less slewing structure suitable for a variety of narrow spaces such as alleyways and sheds.
From digging trenches in orchards to applying fertilizer to leveling farmland, the mini excavator increases the efficiency of traditional manpower operations by several times. Field tests show that the operation time for planting 50 trees has been shortened from 8 hours to 2 hours, and the standardization of tree pits has been greatly improved. The electric model is also suitable for greenhouses and other sensitive environments with zero emission and low noise, realizing a win-win situation of environmental protection and efficiency.
EN
