In the realm of precision manufacturing and high-end automation, the core lies in the performance of drive components. Leveraging years of expertise in linear transmission technology, Qunke addresses diverse application needs across various production scenarios. Today, we officially unveil our next-generation linear magnetic motor. Featuring a core ironless structure, it integrates four key advantages: high precision, rapid response, extended lifespan, and robust environmental adaptability. This breakthrough delivers unprecedented drive solutions for semiconductor manufacturing, precision inspection, and high-end automated production lines.
I. Structural Breakthrough: Reconstructing the Underlying Logic of Performance
The new product features a core structure with a coreless design, fundamentally eliminating the cogging effect and hysteresis losses inherent in traditional iron-core motors. This not only significantly reduces mechanical wear during operation but also achieves a revolutionary improvement in noise control—with operating noise below 60dB, creating an ultra-quiet working environment for precision manufacturing. Simultaneously, the lightweight advantage of the ironless structure, combined with an optimized magnetic circuit design, enables the motor to maintain exceptional stability during high-speed operation. This forms the core foundation for its high-speed and high-acceleration performance.
II. Core Performance Breaks Through Industry Technical Thresholds
High Precision: Repeatability positioning accuracy ranges from ±0.5μm to ±1μm, precisely capturing every minute command. This meets the most demanding positioning accuracy requirements in scenarios such as semiconductor chip packaging and precision optical component assembly, achieving motion control with near-zero error. High-Speed, High-Acceleration Response: Operating speeds reach up to 5m/s with acceleration ≥10G, far surpassing traditional linear drive solutions. This significantly shortens equipment start-up/shutdown and operational cycles, markedly boosting the cycle efficiency of automated production lines and injecting powerful momentum into production capacity upgrades.
Extended Lifespan Assurance: Contactless operation minimizes mechanical friction wear, reduces equipment maintenance costs, and ensures continuous, stable performance in industrial environments.
III. Full-scenario Adaptability, Empowering Demanding Industrial Environments
The new product delivers comprehensive upgrades in environmental adaptability. Its waterproof and oil-resistant sealed design effortlessly handles diverse complex conditions in industrial production, while its wide operating temperature range accommodates both high and low-temperature extreme environments. With stable and reliable performance, Qunke linear magnetic shaft motors serve as the power core for equipment.
IV. Selection Reference
Core requirement scenarios
| Recommended Selection Directions | Typical Application Areas |
High-precision control
|
Full range of models (±0.5μm/±1μm optional)
|
Semiconductor packaging, precision inspection equipment, micro-nano machining, optical component assembly
|
High-speed, high-efficiency production |
High-Speed Series (Speed 3-5 m/s, Acceleration ≥2G) |
3C automated production lines, lithium battery electrode sheet cutting, high-speed material handling equipment, laser cutting/welding |
Complex Environment Operations |
Universal for the entire series, waterproof and oil-resistant + wide temperature range compatibility |
Automotive parts manufacturing, machine tool processing, medical equipment, aerospace, and other compact or harsh environments |
Low-noise, high-stability operation |
Universal for the entire series, noise level < 60dB |
Medical equipment, laboratory precision instruments, high-cleanliness workshop equipment |
The launch of Qunke's linear magnetic shaft motor represents not only a significant innovation in linear drive technology but also a profound response to the demands of the precision manufacturing industry. Qunke will continue to prioritize technological innovation, driving linear drive technology toward higher precision, greater efficiency, and enhanced reliability and durability. This commitment aims to deliver more valuable solutions for global industrial automation upgrades.
