Applications

Industry StatusAmid the global energy transition and the trend of grid parity for photovoltaics (PV), enhancing power generation efficiency is a core objective in the renewable energy sector. Solar tracking systems (Trackers) can significantly increase energy yield by 15%-25% by continuously aligning PV panels with the sun. These outdoor systems place extremely rigorous demands on […]

Industry Status Modern stagecraft and large-scale commercial displays increasingly rely on complex mechanics (winches, lifts, rotating screens) to create immersive, dynamic visual effects. The demands on drive systems are unique and extremely harsh: 1) Absolute Silence: In a performance (like a play or concert) or a quiet exhibit (like a museum), motor noise is a

Industry Status With the massive deployment of 5G base stations and the rise of Low Earth Orbit (LEO) satellite internet, global data traffic is surging. In satellite communications, radar, and microwave links, the precise alignment of the antenna is the lifeline for signal quality. Antenna drive systems must achieve high-precision Azimuth and Elevation control under

Industry Status Driven by the STEAM (Science, Tech, Engineering, Arts, Math) education model and the need for rapid prototyping in research, equipment for teaching and R&D is more than just a tool; it’s a platform for inspiring innovation and validating theories. This creates unique demands for motion control components: 1) Operational Safety: Low-voltage DC power

Industry Status “Precision Agriculture” and “Smart Farming” have become the global direction for agriculture, aiming to address labor shortages, increase yield efficiency, and achieve sustainable development. Agricultural machinery (e.g., auto-seeders, spray drones, harvest robots) typically operates in extremely harsh outdoor environments, placing immense reliability demands on drive motors: 1) High Protection & Weatherability: Must resist

Industry Status Pumps and fans are core fluid control devices used widely in industrial (HVAC), medical, appliance, and automotive sectors. Driven by global “carbon-neutral” goals and rising energy efficiency standards, the core drivers of technological development are high efficiency and intelligent controllability. Traditional AC induction or PMDC (brushed) motors face bottlenecks in variable-speed performance, efficiency,

Industry Status Driven by rising e-commerce penetration and competition in supply chain efficiency, “Smart Logistics” has become the industry standard. The core of modern logistics and warehousing systems is efficiency and accuracy; the throughput of equipment (like sorters, AGVs) directly dictates the center’s capacity. This places extreme demands on drive systems: 1) High Dynamic Response:

Industry Status The automotive industry is undergoing a profound “four-modernization” transformation (Electrification, Intelligence, Connectivity, Shared mobility). Above the “zero-defect” quality standard, electrification places higher demands on component efficiency, power density, and EMC performance. The thermal management systems and auxiliary drive systems in New Energy Vehicles (NEVs) are seeking more efficient and reliable actuators. In many

Industry Status Driven by the healthy office movement and the wellness industry, the smart furniture market, led by electric standing desks and adjustable beds, is growing rapidly. The core competitiveness of these products lies in the user experience, which places extremely specific and demanding requirements on the drive system: 1) Extreme Quietness: In a quiet

Industry Status The core of security and access control systems lies in 24/7 reliability and rapid response. With the development of smart cities and IoT, security equipment is shifting from passive monitoring to active alerts and intelligent analysis. This presents multiple challenges for drive components: 1) All-Weather Reliability: Equipment (especially outdoor PTZ cameras and barriers)

Industry Status The food processing and sorting industry faces dual pressures from increasingly stringent global food safety regulations (like HACCP) and rising labor costs. Automation, intelligence, and hygienic design have become central to equipment upgrades. In this sector, motion control components must operate under extreme conditions: on one hand, the production environment (especially in meat,

Industry Status The packaging machinery industry is trending towards high speed, high efficiency, and high flexibility. To adapt to rapidly changing market demands (e.g., shorter product lifecycles, diverse packaging formats), equipment must feature quick changeover capabilities and the ability to handle multiple products. This places core demands on the motion control system: 1) High Throughput:

Industry Status Additive manufacturing (3D Printing) and laser processing are transitioning from rapid prototyping to small-batch, custom production, with extremely high precision demands in fields like dentistry, jewelry, and molding. The core of these machines is a high-precision motion platform. The final product quality (e.g., surface finish, dimensional accuracy) is directly dependent on the smoothness,

Industry Status The power tool industry is undergoing a profound technological shift, marked by the “Cordless” and “Brushless” waves. The market for lithium-ion tools demands ever-increasing runtime and performance. Competition in the professional-grade sector is fierce, with core competitiveness defined by powerful output, high battery endurance, and durability under harsh conditions. The industry’s pain points

Industry Status Driven by the Internet of Things (IoT) and the user experience economy, the smart home appliance market is shifting from “connected” to “intelligent.” The core value lies in automation, user-friendliness, and seamless operation. This places demanding requirements on internal actuators: 1) Extreme Quietness: Operating noise is a critical UX factor in quiet home

Industry Status The value of laboratory and testing equipment lies in its data accuracy and repeatability. With the rise of automated laboratories and high-throughput screening, demands on the internal motion systems are increasing. This relies directly on the high precision and stability of the motion components. Key technical challenges include: 1) High-Resolution Positioning: Sample stages

Industry Status The medical equipment industry is subject to stringent global regulations, as products are directly related to patient health and safety. Consequently, the performance and reliability requirements for components are extremely high. With the development of precision medicine, minimally invasive surgery, and portable diagnostic devices, the demands on actuators have become increasingly sophisticated: 1)

Industry Status Robotics technology is penetrating manufacturing, logistics, and medical fields at an unprecedented rate, with market demands for robot performance (e.g., payload-to-weight ratio, motion smoothness, trajectory accuracy) continually increasing. The core technology lies in the precise, rapid, and coordinated control of multi-axis joints. Common industry challenges include: 1) High Torque Density: Achieving high torque

Industry Status: Industrial automation is the cornerstone of modern manufacturing, undergoing a profound transformation from standalone automated units to fully intelligent and flexible production lines. Modern lines demand rapid changeovers between product batches (Flexible Manufacturing), placing unprecedented demands on the dynamic performance and positioning accuracy of actuators. For instance, in high-speed conveying and sorting systems,