In the complex chain of oil and gas exploration and development, drilling operations are consistently among the riskiest and most technically demanding.
Wellbore trajectory control is an important guarantee for drilling efficiency, and the rotation accuracy of the drilling equipment tube shaking machine directly affects the wellbore quality.
The cutter disc structure needs to be optimized to a composite configuration of a hob and a scraper to enhance the ability to crush hard particles and reduce posture deviation caused by cutter jamming.
Through optimized structural design, compact layout, and intelligent control, the tube shaking machine has become a core component for efficient pipe handling and orderly storage in confined wellsites.
In modern urban infrastructure construction, the traditional method of excavating roads for pipe laying is facing increasing challenges.
At the intersection of deep strata and modern industrial power, the tube shaking machine, a critical piece of drilling equipment, stands like a steady and powerful "wellhead dancer,"