The manufacturing of drilling and piling rigs has formed a systematic and rationalized production process. Its strong adaptability to narrow and low-lying spaces has, to some extent, reduced production costs, thereby lowering the selling price of the equipment. Efforts are made to protect the strength of the soil at the pile ends; it's crucial not to allow the soil at the pile ends to be eroded by water. The loose soil and floating debris at the pile ends must be thoroughly cleaned, as neglecting this could lead to pile settlement. It's important to distinguish between friction piles and end-bearing piles during construction: When constructing end-bearing piles, the structure and strength of the soil at the pile ends must not be disturbed or damaged.

The drilling and piling rig effectively resolves the issue of insufficient impact force of drills on rocks, struggling to exceed the minimum load value required to break rocks, and has strong adaptability to narrow and low-lying spaces. Its impact on rocks also facilitates the formation of free faces. Burnouts of the suction coils in the start-up motor are a common issue.

As the drill bit of the drilling and piling rig continuously rotates, the cutter head intermittently impacts the rock, constantly forming uneven surfaces in the direction of the tool's movement, where old protrusions are destroyed and new ones are formed. The drilling and piling rig is highly adaptable to narrow and low-lying spaces and uses high-frequency vibration to vibrate the pile body at high speeds, adapting to different construction environments. By selecting different platforms and adjusting the length of the lifting chains, it can be classified based on its working principle: Hydraulic breakers are divided into fully hydraulic, hydraulic-pneumatic combined, and nitrogen explosion types.