EBPS Oil and Gas Wells Downhole Tools
A- Drilling jars
EBPS drilling jars and intensifiers are selected to provide reliable performance in vertical, low-angle, directional, horizontal, and extended-reach applications. Our Jars can help you make an impact when your drill string gets stuck downhole. EBPS Jars are available in 8", 6 1/2", and 4 3/4" sizes.
Hydraulic-Mechanical Jar:
EBPS hydraulic/mechanical drilling jar is well-suited for virtually every drilling condition. Specifically designed to overcome the limitations of purely hydraulic or mechanical drilling jars, the HMJ provides the advantages of both tools in one solution.
Double-Acting Hydraulic-Mechanical Drilling Jar:
EBPS double-acting hydraulic/mechanical drilling jar is a versatile jar for complex drilling applications, featuring a hydraulic upstroke and downstroke with a mechanical latch.
Double-Acting Hydraulic Drilling Jar:
EBPS Double-acting hydraulic drilling jar features high-yield mechanical construction, optimum protective parts material, and enhanced high-pressure sealing technology for dependable performance when jarring for extended periods.
Long Stroke Drilling Jar:
EBPS Long stroke drilling jar was designed to provide control, power, and flexibility for extended drilling periods in the most demanding applications.
B- Stabilizers
Integral Spiral Blade Stabilizer:
EBPS Integral Spiral Blade Stabilizer is divided into Integral 3-Spiral Blade Stabilizer, Integral 4-Spiral Blade Stabilizer. Integral Blade Stabilizers are manufactured from 4145H alloy steel bar or forgings and are available in either near bit or string type.
Reamer Stabilizers:
EBPS Reamer stabilizer is designed for calibrating and reaming well sections represented by medium, hard, and abrasive formations. Reamer stabilizers are produced with tapered surfaces and reinforced with tungsten carbide inserts.
Roller Reamer:
EBPS Roller Reamer TOO is a fully customizable reaming and torque-reducing tool that improves borehole shape, size, and quality. It provides stabilization by the deviated hole and reducing BHA fatigue.
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