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Available in 1 7/8 and 2 ½ OD
Integral swivel
Suitable for standard and sour service
Suitable for up to 15,000 psi and 165 degrees
Reduces the risk of having to deploy wire cutting devices
Reduces the potential for costly, time-consuming, and complicated wire cutting and snapped or cut wire fishing operations
Mitigates potential for the dangerous situation of having a tool string permanently stuck across multiple critical well barriers
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Low friction roller assemblies and low torque swivels.
Integral valve catcher, radially balanced.
Easily maintained.
Available for all mandrel sizes and tubing restrictions.
Reduce operating time and cost by increasing the chance of first time success, regardless of mandrel deviation or pocket orientation.
Assist the operator by improving tool string visibility at surface, reducing the possibility of a costly misrun.
Reduce the risk to asset by eliminating a minimum of two runs due to the inclusion of an integral valve catcher.
Reliable all-mechanical design is unaffected by pressure or temperature.
Resets down hole immediately under its own weight for instant and unlimited activations.
Can be run and maintained by customer personnel.
Field adjustable, to save time and money.
Reliable all-mechanical design is unaffected by pressure or temperature.
Resets down hole immediately under its own weight for instant and unlimited activations.
Can be run and maintained by customer personnel.
Field adjustable, to save time and money.
Fully adjustable on the surface while in the tool string.
Pressure and temperature compensation system with mechanical components isolated from wellbore fluids.
Short and compact design.
Jars act to greatly increase the force available at the tools
Reliable all-mechanical design is unaffected by pressure or temperature.
Resets down hole immediately under its own weight for instant and unlimited activations.
Can be run and maintained by customer personnel.
Field adjustable, to save time and money.
Intake and exhaust slots designed to maximize velocity for superior jarring force
Through wired to allow full electrical pass through if required
Suitable for conventional e-line or digital slickline applications.
Robust and reliable
Low maintenance requirements
Available for all tubing sizes
Deploy longer perforating guns in deviated wells.
Protect high value equipment from frictional wear.
Improve cable management by reducing erratic loading.
Delivers bi-directional impacts through wireline manipulation.
Robust and reliable.
Low friction surfaces to ensure peak performance.
Intake and exhaust slots designed to maximize velocity for superior jarring force.
Can be used in wells with high temperatures and pressures without using seals, bearings, or races.
Dual fish neck design.
Engineered to deliver superior jarring forces under a wide range of operating environments.
The reduced coefficient of friction ensures the tool will remain reliable in the harshest conditions.
Sized to match tool string Roller Bogie
Bi-directional jarring.
Virtually no internal resistance.
Robust reliable design.
Effective extreme deviation mechanical jarring action.
Assist the operator by improving tool string visibility on surface.
Clear and effective jarring action reported during fishing operations at 85° deviation.
Larger diameter tools such as kickover tools, plugs or drifts do not cause avoidable frictional drag.
Effective high deviation mechanical jarring.
Easier tool string manipulation.
Ability to run larger diameter equipment.
Enables access and jar action beyond conventional wireline depths and deviations.
Large rollers elevate jar axis.
Fully aligned tubular jar delivers efficient jarring action to actuate bottom end tools.
Integral axis shift knuckle transfers jarring forces efficiently.
Balanced design Easily maintained.
Uses Belleville spring washers which provide a significantly greater force than a conventional coiled spring.
Short, compact design.
Available in 2 sizes: 1.562” and 1.812”.
Stores additional energy when used with an Impact Selector jar to increase impact forces.
Provides highly effective shock absorption to help prevent tool or wire damage.
Uses Belleville spring washers, which provide a
significantly greater force than a conventional coiled spring.
Short, compact design.
Available in 2.125" , 2.5" and 2.688" sizes.
Stores additional energy when used with an Impact Selector jar to increase impact forces.
Provides highly effective shock absorption to help prevent tool or wire damage.
Self-orienting design.
Low friction dual rollers
Streamlined profile.
Robust and durable tool design.
Low maintenance requirements.
Available for all tubing sizes
Reach extended depths and higher deviations without need for costly services such as coiled tubing or wireline tractors.
Lower pick up weight means reduced wire loading.
More effective and visible jarring at greater depth or higher deviation due to efficient transfer of mass.
Maintain completion integrity by protecting coated and high-chrome tubulars.
Improve data quality by eliminating stick slip and achieving more constant logging speeds.
Self-orienting design
Low friction dual rollers
Streamlined profile
Robust and durable tool design
Low maintenance requirements
Available for all tubing sizes
Reach extended depths and higher deviations without the need for costly services such as coiled tubing or wireline tractors.
Lower pickup weight means reduced wire loading.
More effective and visible jarring at greater depth or higher deviation due to efficient transfer of mass.
Maintain completion integrity by protecting coated and high chrome tubulars.
Improve data quality by eliminating stick-slip and achieving more constant logging speeds.
Minimal angular movement eliminates over-flex.
Maximizes load transfer between jar and larger lower tool string component when flexed.
Robust design to accommodate mechanical jarring impact.
Limited 5° axis shift ensures continual linear platform throughout tool string.
