Precision. Reliability. Pneumatics.
Discover Bepto Pneumatics - a dedicated product division of the Bepto brand, where innovative technology drives industrial efficiency. Our mission is to deliver reliable, efficient, and cost-effective pneumatic solutions, supported by expert technical assistance, to ensure that your automation systems operate at peak performance. We recognize the essential role pneumatics play in industrial operations and are dedicated to helping you overcome even the most complex technical challenges.
We provide a wide range of pneumatic products, including air cylinders, valves, air filters, regulators, and more.
Yes, our experts are here to help you choose the most suitable pneumatic solutions for your specific needs.
Absolutely! Contact us, and we will provide you with a detailed catalog and pricing information.
Our products are widely used in industries such as manufacturing, automotive, packaging, and more.
Chief Advisor
A respected authority in compressed air safety and pneumatic engineering, David Li previously served as Chief Engineer at a national research institute. Now acting as our senior advisor, he brings decades of wisdom, ensuring every system we deliver meets the highest safety and performance standards.
Pneumatics Engineer
With over 30 years of hands-on experience in pneumatic systems and industrial automation, Jack Chen is a trusted expert in large-scale air control solutions. Known for his steady leadership and deep technical insights, Jack plays a key role in system optimization and long-term project success.
Pneumatic Control Systems Engineer
Eric Zhou represents the new generation of pneumatic innovation. Skilled in CAD, PLC programming, and smart control systems, Eric leads our efforts in integrating modern automation with reliable pneumatic technology, helping customers move toward Industry 4.0.
Welcome to Bepto, where technology meets expertise. With a passion for problem-solving and a dedication to exceptional service
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Solenoid coil burnout typically results from excessive current flow caused by overvoltage, continuous duty operation beyond design limits, inadequate heat dissipation, or mechanical binding that prevents proper valve switching and increases power consumption.
Solenoid actuation performance depends on electromagnetic force (proportional to current squared and inversely related to air gap), mechanical stroke requirements, and response time limitations governed by inductance, resistance, and mechanical inertia of the moving components.
Voltage tolerance directly affects solenoid valve performance by influencing magnetic force generation, switching speed, and coil temperature, with most industrial valves requiring ±10% voltage stability for optimal operation and extended service life.
