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Magnetic Coupling

Innovating with Magnets

we specialize in Magnetic Couplings that set new benchmarks for environmental protection and operational efficiency. Our technology ensures your critical processes remain leak-free, reliable, and safe, protecting both your operations and the environment.

Why Choose Magnetic Couplings?

Hermetic Sealing

Prevents leaks of hazardous or valuable media, ensuring total containment and maximum safety.

Contactless Torque Transmission

Eliminates wear and tear, extending equipment life and reducing maintenance.

High Efficiency &
Reliability

Ensures optimal performance with minimal downtime.

Versatility &
Customization​

Tailored solutions for various industries and applications.

Zero Emissions & Environmental Safety

Eliminates leakage, reducing contamination risks and ensuring eco-friendly operations.

Low Maintenance & Long Lifespan

No mechanical seals mean less maintenance, lower operational costs, and extended equipment life.

Magnetic Drive Stirrers

Introducing the MAG LABO G-70/GS-70, a compact magnetic drive stirrer designed to operate under full vacuum conditions. Perfectly suited for Glass Reactors and Laboratory purposes.

Introducing the MAG LABO 240 series, designed for high torque applications and powerful mixing in Glass Flasks. With a torque of 2.4 N-m, itis perfectly suited tor Glass Reactors and Laboratory purposes.

Experience the MAG SYNC 70 series, designed to operate under full vacuum conditions. Perfectly suited for Glass Reactors and Laboratory purposes. Its unique feature is a closed-type magnetic coupling that shields the outer rotor bearing from the external environment with a stationary lantern on outer body.

Introducing the MAG SYNC 240 for high torque applications, suitable for full vacuum conditions and perfectly suited for Glass Reactors and Laboratory purposes. Its closed-type magnetic coupling shields the outer bearing from the external environment with a stationary lantern on outer body.

Fist the MAG SPIN G-70/GS-70, a compact magnetic drive stirrer designed for operation under full vacuum and Pressurized Conditions. Ideal for Pilot Plants, autoclaves and laboratory purposes.

Unveiling the MAG SPIN 240 series, designed for high torque applications and powerful mixing in Processes. With a torque of 2.4 N-m, it is perfectly suited for Autoclaves and Laboratory purposes.

Discover the MAG FLEX G-70, originating from the MAG SYNC series, designed for full vacuum conditions and Pressurized Environments. Perfectly suited for Autoclaves and Pilot Plants. Its unique feature is a closed-type magnetic coupling that shields the outer rotor bearing from the external environment with a stationary lantern on outer body.

Meet the MAG FLEX 240 for high torque applications, featuring a closed-type magnetic coupling that shields the outer bearing from the external environment with a stationary lantern on outer body. Suitable for Autoclaves and Pilot Plants.

Our MAG-it offers superior performance and durability. It delivers a powerful torque range of 1.8 N-m up to 4 N-m in G-400/GS-400, making it ideal for demanding applications. Designed to withstand high pressures of up to 300 bar and temperatures reaching 300°C, its robust design guarantees consistent performance, even in harsh environments.

This Exceptional Magnetic Drive Stirrer (MAG FORCE) is an ideal choice for your Autoclaves and Pilot Plants, offering max torque of up to 25 N-m. It is designed to withstand high pressure upto 100 kg/cm² and high temperature up to 350 degrees Celsius.

The MAG INLINE, a high-performance magnetic drive stirrer, is ideal for demanding applications in autoclaves and pressure reactors pilot plants. it delivers reliable performance featuring a directly coupled inline motor/gearbox and a closed-type magnetic coupling to outer rotor for optimal performance and durability.

The MAG MAX is a highly customizable magnetic drive stirrer, designed to meet the most demanding requirements. Its exceptional specifications, including a torque range of 3.4 to 250 N-m, enable it to effortlessly handle high-viscosity liquids. Furthermore, its ability to operate at temperatures up to 350°C and withstand pressures of up to 250 Bar ensures reliable performance in extreme conditions.