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ProductsLeveraging its advanced servo architecture and deep industry expertise, Qifan specializes in the R&D, manufacturing, and sales of customized drives and servo systems tailored to specific industries. This enables the company to deliver cutting-edge European-style servo technology and comprehensive servo system solutions that span across critical areas such as industrial automation, motion control, and energy conversion.
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Application areasProduct application areas include artificial intelligence, laser cutting, die bonders, woodworking, textiles, semiconductors, 3C electronics manufacturing equipment, industrial robotics, lithium batteries, photovoltaics, packaging, printing, aerospace, and more.
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StrengthIn the context of globalizing smart manufacturing and China's dual-circulation strategy—both domestic and international—Qifan is committed to doing its part in advancing domestically produced servo technology, striving to become a world-leading provider of integrated drive-and-control servo systems.
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BlogQifan refines customization needs at every stage of the product lifecycle, seamlessly integrating them into both large-scale standardized R&D and manufacturing while also delivering exceptional services for non-standard, custom solutions!
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ProfileNingbo Qifan Automation Technology Co., Ltd. (hereinafter referred to as Qifan) was established in 2019. The company boasts a team with 15 years of expertise in servo technology research and development, focusing on the creation and application of high-performance, high-power servo drives.
Qifan
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The built-in PLC allows for industry-specific, second-level, in-depth customization and development. High-voltage clamping circuit design: Pure hardware-based overvoltage protection with a rapid 2µs response time. Supports internal bus networking for seamless operation. When paired with an auxiliary encoder, it enables full closed-loop control.
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SE600-025 / SE600-035 / SE600-050
The built-in PLC allows for industry-specific, second-level, in-depth customization and development. High-voltage clamping circuit design: Pure hardware-based overvoltage protection with a rapid 2µs response time. Supports internal bus networking for seamless operation. When paired with an auxiliary encoder, it enables full closed-loop control.
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SE600-070 / SE600-100 / SE600-125 / SE600-150 / SE600-200
The built-in PLC allows for industry-specific, second-level, in-depth customization and development. High-voltage clamping circuit design: Pure hardware-based overvoltage protection with a rapid 2µs response time. Supports internal bus networking for seamless operation. When paired with an auxiliary encoder, it enables full closed-loop control.
Keywords:
The built-in PLC allows for industry-specific, second-level, in-depth customization and development. High-voltage clamping circuit design: Pure hardware-based overvoltage protection with a rapid 2µs response time. Supports internal bus networking for seamless operation. When paired with an auxiliary encoder, it enables full closed-loop control.
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Gain a deeper understanding of the operational principles of industrial control automation systems
As the "nervous system" of modern industrial production, industrial control automation systems achieve intelligent control of manufacturing processes through the seamless collaboration of three core components: sensing, decision-making, and execution. Integrating knowledge from multiple disciplines—including mechanical engineering, electronic technology, and computer science—these systems play an indispensable role in industries such as automotive manufacturing, petrochemicals, and power energy.
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Technical Analysis and Application Cases of High-Power Servo Drives
As a core component of industrial automation, high-power servo drives rely on the deep integration of power electronics and advanced control algorithms to precisely regulate motor torque, speed, and position. Take the DS5 series high-power servo drive as an example—offering a power range from 11 kW to 15 kW—it employs a three-phase full-wave rectified IPM module combined with PWM control technology, enabling efficient motor operation via sinusoidal current drive.
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Development Technologies and Application Prospects of High-Power Servo Drives
As Industry 4.0 and intelligent manufacturing continue to advance rapidly, high-power servo drives—essential components for precise motion control—are experiencing dual breakthroughs: both in terms of technological innovation and expanding application scenarios. Their development is no longer solely focused on core metrics like power density enhancement and optimized thermal management; instead, cutting-edge approaches such as AI algorithms and material innovations are redefining performance boundaries. Driven by the surging demand from industries like new-energy vehicles, aerospace, and medical robotics, this technology sector is now stepping into a new era characterized by higher integration, greater intelligence, and enhanced sustainability.
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What is the difference between stepper motors and servo motors?
Stepper motors and servo motors are two common types of electric motors widely used in industrial applications. The key differences between stepper and servo motors lie in their operating principles, control methods, output torque characteristics, and the complexity of their respective control systems. By understanding these distinctions and features, you can make a more informed choice about which motor type is best suited for your specific application, ensuring optimal performance and results.
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How can you choose one that’s right for you?
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Ningbo Qifan Automation Technology Co., Ltd.
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Room 302, Building 4, No. 515 Kangzhuang South Road, Jiangbei District, Ningbo City, Zhejiang Province