Electronic actuation system to determine activation force anywhere between upper and lower limits.
Spring-assisted relatching mechanism does not rely on tool weight to relatch the jar.
Externally accessible and easy to use adjustment of upper and lower activation thresholds.
Full electrical pass through to the wireline tool string below.
Reverts to fail-safe mechanical mode in the event of power or telemetry loss.
Impact Selector specialist recommended to run / maintain the tool.
Jarring on command under any line tension greatly enhances operational flexibility.
Widens the operating envelope in challenging wells.
Unlimited number of activation cycles.
Compact design does not require auxiliary tools to enhance impact force or duration.
Purely mechanical wireline jar.
Compatible with all service company logging tools.
Weight forward design ensures the jar can re-latch under its own weight.
Repeatable, instant and unlimited continual firing downhole.
Does not require an Impact Selector specialist to run or maintain the tool.
Shorter and lighter than the hydraulic equivalent.
No need to redress after each run even when activated.
Adjustable firing setting while still in the string.
Resultant Impact Force of 10,000 lbs to 100,000 lbs.
Simple, reliable design.
Wide adjustment range of activation force and impact ratio.
Externally accessible and easy to use adjustment system.
Rugged, field proven electrical components.
Mechanical Indicator built into tool to verify downhole activation.
Electrical pass-through to the logging company’s wireline tool string with multiple connection types available.
Impact Selector specialist recommended to run / maintain the tool.
Helps prevent stuck or lost tool strings by providing precise downhole impacts.
Single tool design does not need additional tools to enhance the operation.
Provides multiple run and activation capability. Uses fully mechanical operation.
No critical time delays or concerns with pressure and temperature.
Ability to re-latch immediately under the jar’s own weight by simply decreasing line tension.
Remote calibration possible with Impact Selector’s portable calibration tester.
Fully adjustable on the surface, while in the tool string.
Short and compact design keeps rig ups as short as possible.
Instant and unlimited activations with no waiting period once the pre-set is reached.
Re-sets down hole immediately under its own weight for unlimited activation cycles.
Pressure and temperature compensation system with mechanical components isolated from wellbore fluids.
Maintenance can be performed in the field within a confined space by a certified technician.
Maintenance can be performed in the field within a confined space by a certified technician.
Compact design does not require auxiliary tools to enhance impact force or duration.
Friction ring design makes it easy to install anywhere on the tool string.
Tungsten carbide surface provides protection from wear.
Maintains stand off during wireline logging operations.
The Friction Ring attachment mechanism secures to the toolstring while allowing the standoff to swivel.
Robust and long lasting construction.
Use of multiple fins to reduce tool string contact with the wellbore wall.
Lifting force placed at a tangent reduces contact with the bore wall.
Creates standoff which significantly reduces abnormal contact friction.
Reduces differential sticking by up to 90%
Can reduce fishing operations by up to 90%
Self-orienting design
Interchangeable “clam-shell” roller body sizes.
Low friction dual rollers.
Streamlined profile.
Robust and durable tool design.
Low maintenance.
Multiconductor connection types available to suit customer specification.
Extends the envelope for wireline deployed high deviation logging.
Enables delivery of high quality data through wireline logging.
Improves data quality by eliminating tool string stick-slip, achieving more constant logging speeds.
Reduces operational cost and risk profile significantly in comparison to pipe conveyed logging.
Reduces the risk of tool string differential sticking.
360-degree rotational roller nose.
8-degree angular deflection.
Modular design with options for customization to your specific needs.
Simple, low maintenance, and rugged construction.
Navigate and log the most complex downhole restrictions with articulation and adjustment based on downhole conditions.
Integrate a broad range of wireline conveyance solutions to further enhance performance.
Reach target depth and achieve data acquisition objectives with reduced risk and cost.
Suitable for wireline or pipe conveyed logging.
The Articulating Hole Finder™ overcomes washouts and bridges for successful open hole logging operation.
The Articulating Hole Finder™ navigates deviations in excess of 70 degrees.
Self-orienting design
Large leading roller ball swivels independently.
Interchangeable “clam-shell” roller body sizes.
Low friction dual rollers.
Streamlined profile.
Robust and durable tool design.
Low maintenance.
Connection types available to suit customer specification.
Extends the envelope for wireline deployed high deviation logging.
Enables delivery of high quality data through wireline logging.
Improves data quality by eliminating tool string “slip-stick”, achieving more constant logging speeds.
Reduces operational cost and risk profile significantly in comparison to pipe conveyed logging.
Negotiates ledges and wash-outs that would normally prevent wireline tool strings from reaching total depth.
Diagram or hole size.
Deviation survey.
Fluids / gases in the well.
Pressures and Temperatures.
Length of each individual tool.
Weight of each individual tool.
Outer Diameter of each individual tool.
Nominal OD.
Weight in air.
Breaking Strain.
Stretch Coefficient.
Target depth.
Operational goals.
Operational limitations.
