Resistance welding cylinders

Choosing the right cylinder is crucial to optimizing the performance of automated welding stations, ensuring efficient production processes, reducing cycle times, and improving the quality of welded joints.

Their classification is based on specific technical characteristics, including:

• Pneumatic fluid: Uses compressed air as the operating medium.
• Operating type: Double-stage cylinder, allows two intermediate piston positions, providing greater flexibility in movement control. Double-acting cylinder, the piston moves in both directions due to air pressure on both sides, ensuring precise control.
• Construction type: Tie-rod structure, ensuring strength and easy maintenance.
• Nominal force: Measured in decanewtons (daN), indicating the cylinder's push or pull capacity.
• External dimensions: The overall size of the cylinder, relevant for system integration.
• Mounting type: Connection method of the cylinder to the system, which may vary based on application requirements.
• Magnetic piston: Includes a magnet on the piston for position detection via external sensors.

Innovation in welding cylinders has led to the development of more compact, durable, and high-performance solutions, ideal for high-intensity production environments. Advanced materials and control technologies enhance operational lifespan and movement precision, optimizing the management of the welding process.