Strategic Alliance OGCS - AXON Pressure Products
AXON’s Type 50 Blowout Preventer (BOP) is designed to provide a fast and reliable closure of the well bore during drilling operations.
Its simple, compact design makes it well-suited both subsea and surface drilling operations. Moreover, the one-piece Type 50 Ram assembly provides a pressure-energized seal with maximum contact area to the drill pipe, casing, or tubing. This ensures a lower rubber pressure to the pipe and increased seal life.
The AXON Type 53 Ram Blowout Preventer is designed for safe well pressure control during surface drilling and workover operations.
The simple and reliable design has been proven and accepted for reliable operation in all oil and gas areas in the world. The Type 53 BOP is available in either flanged or studded configurations.
The Type 62 Ram Blowout Preventer (BOP) is designed for safe well pressure control during surface and subsea drilling operations.
Hydraulic RAM change operation provides a fast, safe removal and replacement of rams.
Forged alloy steel manufactured to the highest industry standards are used in the construction of the Type 62 BOP.
Side RAM removal and a composite bonnet design reduces height and weight compared to similar BOPs.
Well pressure is isolated from the operating system by a special combination of a resilient lip type seal, externally energized back up seal, and a vent port. This important feature ensures no leakage of the well fluids into the operating system.
AXON's X-treme BOP design (patent pending) is engineered with an innovative pattern that significantly decreases weight and height.
Configurable to virtually any BOP type and size, this groundbreaking design typically reduces the original.
BOP's weight and height by approximately 25%2.
AXON's versatile, pipe-centering V-Shear delivers premium sealing and superior efficiency for improved shear ram performance.
In particular, our advanced V-Shear technology allows for a higher shear force and lower operating force.
Moreover, this patented design features specific shear blade geometry that guides the pipe closer to the bore center.