Shandong LeKing Machinery Co., Ltd. is a manufacturer specializing in the research and development of mini excavators. Its products are characterized by their versatility and diverse attachments, making them all-around equipment for urban and rural construction, landscaping and agriculture, and municipal maintenance, combining cost-effectiveness and practicality.

The excavators feature a hydraulic interface design and a quick attachment change system, allowing for attachment switching in just 10-30 seconds. This eliminates the need for frequent bolt removal and installation, significantly reducing downtime for parts changes and truly achieving "one machine does the work of many." The standard configuration includes a standard bucket, enabling efficient completion of basic tasks such as earthwork excavation, ditch construction, and site leveling. Equipped with a breaker hammer, it can easily break concrete and rock surfaces, making it suitable for scenarios such as old building demolition and road reconstruction.
The machine offers a wide range of attachments to meet diverse operational needs: the log gripper can grab timber, branches, and stones, suitable for garden maintenance and material handling; the auger quickly digs tree pits and utility pole holes, aiding in orchard planting and municipal greening; and there are over ten other attachments including rippers, weed rakes, sieve buckets, and bulldozer blades, suitable for farmland reclamation, greenhouse maintenance, and garbage removal.

The machine boasts a compact and flexible structure with a 360° rotating body, enabling it to navigate narrow spaces; the tracked chassis experiences low ground pressure, ensuring stable travel on slopes and muddy roads, making it suitable for complex terrains such as orchards, riverbanks, and mountains. Equipped with a high-performance hydraulic system, it offers powerful performance, easy operation, and a balance of efficiency and durability, significantly reducing labor costs and equipment investment, making it an ideal choice for various operational scenarios.