Longer Stroke Lengths

Increase efficient pumping within deep, high-volume, and problematic wells. Transition sooner to high-performance rod lift and eliminate the need for intermediate lift methods.

Extended Strokes (180 to 421 in.) 

Gain the added time necessary for fluids to enter the pump intake, maximizing pump fillage and volumetric efficiency—especially in deep and high-GLR wells.

Earlier Transition to Rod Lift

Graduate sooner from costly ESPs and other lift methods with reduced system complexity and overall lift cost.

Unique Counterbalance System

Reduce cycles and reversals by 40% to 60%, lessening rod-on-tubing wear, minimizing downhole failures, and extending equipment life.

Optimized Unit Geometry

Distribute rod loads evenly for reduced peak mechanical stress—protecting rods, tubing, and downhole pumps.

Reduction in Cycles and Reversals

Minimize mechanical wear and extend rod string and pump life while decreasing interventions by 40 to 60 percent.

Optimized Mechanical Geometry and Gear Design

Reduce torque requirements and energy consumption, while integrated monitoring and digital optimization lower OPEX and improve operational safety.

Integrated Monitoring and Speed Sentry System

Track vibration, rod load, rod position, and belt alignment, with alarms and automated shutdowns to prevent failures and reduce downtime.

Maintenance-Friendly Design

Simplify upkeep and improve safety with 90%-preassembled units featuring large access doors and hydraulic rollback systems.