Pneumatic Control Systems

TrueStrike™ Directional Air Valves & Slip Cylinders

Engineered for the demanding conditions of oil and gas operations, TrueStrike™ Directional Air Valves and Slip Cylinders deliver precise, reliable pneumatic control and actuation where performance and uptime matter most.

TrueStrike directional air valve and slip cylinder by PMR Global

Built For The Field

Precise Control, Consistent Force

These rugged components provide accurate directional control of air flow and consistent linear force for slip engagement, tool actuation, and related wellsite equipment. Built for high-cycle durability in harsh field environments, they support safe, responsive operation of tubing/drill-pipe slips, perforation systems, and other critical oilfield mechanisms.

Key Advantages

  • Precise directional control for reliable cylinder extension/retraction and slip setting/release
  • Robust construction suited to oilfield pressures, vibration, and environmental exposure
  • Fast response and consistent performance for improved operational efficiency and safety
  • Designed for integration into existing pneumatic systems used in drilling, completion, and workover applications

How We Build It

Engineered For Reliability

TrueStrike™ units from PMR Global combine decades of precision machining expertise with field-proven design to help operators maintain control and reliability under real-world oil and gas conditions.

Every TrueStrike™ valve and cylinder is machined in-house on the same ISO 9001:2015 and AS9100D-certified equipment PMR uses for its aerospace and oilfield programs, then verified against print before it ships. Materials, seals, and tolerances are selected for the pressure cycling, temperature swings, and contamination exposure typical of a working wellsite — not a lab bench — so operators get consistent actuation shift after shift, not just on day one.

Built to Keep Your Operation Moving

Talk to PMR about integrating TrueStrike™ directional air valves and slip cylinders into your pneumatic systems.