The future of fluid control is here — engineered for zero environmental impact, maximum reliability, and industry-leading performance.
No stems. No leaks. No emissions.
MagDrive technology is a breakthrough in valve and actuator engineering. By replacing traditional mechanical linkages with magnetic actuation inside a hermetically sealed chamber, MagDrive eliminates the failure points of conventional designs. The result? Unmatched process safety, reliability, zero fugitive emissions, and performance that stands up to the harshest environments.
MagDrive uses a patented magnetic coupling designs to deliver maximum allowable stem torque through a fully sealed barrier — without any direct contact between internal and external components. This eliminates valve stem penetrations, removes leak paths, and ensures smooth, reliable performance even in extreme pressure or temperature conditions.
Our hermetically sealed design provides total isolation of internal mechanisms from the external environment. This not only eliminates leaks but also protects the internal components from dust, moisture, and corrosive materials.
MagDrive is inherently leak-free, preventing fugitive methane and other greenhouse gases from escaping. This ensures adherence to the strictest ESG and regulatory standards — without costly retrofits or frequent maintenance.
MagDrive can be equipped with advanced sensors for real-time monitoring of position, temperature, and performance. These smart features enable predictive maintenance, operational optimization, and integration with modern industrial IoT systems.
How It Works
The leader in magnetically actuated valves:
Traditional Actuators vs MagDrive
Case Study
1
Eliminated 100% of methane leakage in multiple live service pilot deployments.
Operated flawlessly at cryogenic temperatures (-196°C) without performance degradation.
3
Maintained full functionality under extreme high-pressure conditions.
4
Reduced maintenance costs by over 60% compared to traditional actuators.
5
Delivered zero unplanned downtime over the entire pilot testing period.
6
Achieved fast, precise actuation cycles exceeding industry reliability benchmarks.
