7-3/4" Adjustable Downhole Mud Motors in Petroleum Equipment

Adjustable angle downhole motor is a kind of downhole motor that can adjust the bending angle on the well. Its structural principle is to add structural bending angles to the universal shaft housing of the downhole motor to accommodate different curvatures.
The advantage of this downhole motor is that it can improve the requirements for different slope-making rates and reduce the frequency of changing the drilling tool, thus improving the work efficiency. At the same time, it also adapts to the development of drilling technology, and is widely used in the construction of directional wells, horizontal wells, clumped wells and other special craft wells.
In practical application, it is necessary to select suitable adjustable angle downhole motor according to specific drilling requirements and geological conditions, and reasonably adjust its bending angle to ensure the smooth operation of drilling operations.

1. High flexibility: the angle can be adjusted according to the actual demand, adapting to a variety of drilling situations.

2. Improved efficiency: reduces the number of times of changing downhole motors, saves time and cost.

3. Strong adaptability: it can better cope with complex geological conditions.

4. Precise control: able to control the trajectory of the borehole more precisely.

Adjustable angle downhole motors are suitable for the construction of directional wells, horizontal wells, clumped wells and other special process wells. During the drilling process of these wells, it is necessary to adjust the trajectory and slope-making rate of the borehole according to different sections and geological conditions. Conventional downhole motors bend the shell at a fixed angle, and each tool has a certain structural bending angle, which usually accomplishes the drilling operation of a certain section of well with a certain radius of curvature. On the other hand, the bending angle of adjustable angle screw drilling tools can be adjusted as needed on the well to adapt to different slope rate requirements, thus reducing the frequency of changing downhole motors and improving work efficiency.