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Car
Car
The automotive thermal management system is responsible for regulating the vehicle's overall temperature. It primarily encompasses three key areas: the automotive air conditioning system
 Large public facilities
Large public facilities
Ventilation systems for public facilities are primarily responsible for ensuring the stable operation of various types of equipment in large or enclosed spaces. Their core component, the axial fan, is characterized by high airflow and moderate static pressure. These fans are widely used for ventilation, heat dissipation, and air circulation in subway tunnels, data centers, power substations, and public buildings, ensuring environmental safety and equipment stability in public spaces.
 Notebook computer
Notebook computer
A laptop's cooling system is primarily responsible for rapidly dissipating heat generated by high-temperature components such as the CPU and GPU, ensuring stable performance and safe operation. At its core, the system consists of two major components: an internal cooling fan and a cooling pad. The internal cooling fan forces heat out through high-speed rotation, while the cooling pad serves as an external accessory that further lowers surface temperatures by improving airflow beneath the laptop.
 Desktop computer
Desktop computer
Desktop computer cooling systems are designed to ensure that high-power hardware remains cool under sustained load. They consist of multiple components, including case fans, CPU coolers, liquid cooling systems, power supply fans, and GPU coolers. Case fans are responsible for creating internal airflow pathways, while CPU and GPU coolers directly dissipate heat from critical chips. power supply fans ensure proper cooling of the power supply unit, and liquid cooling systems achieve efficient heat transfer through fluid circulation. Together, these components provide stable thermal management to support the system’s full performance potential.
 Fan Server
Fan Server
The wind energy server cooling system is specifically designed for the harsh operating conditions of wind farms, All core cooling components utilize highly reliable industrial-grade solutions. The chassis fans operate at speeds of up to 40,000 RPM to generate powerful airflow, ensuring the stable operation of electrical components within the control cabinet even in high-temperature and high-dust environments. Additionally, a dedicated CPU heatsink is installed to efficiently dissipate heat from the core controller, providing robust thermal management to ensure the continuous operation and long-term durability of the wind energy system.
 Liquid cooled Server
Liquid cooled Server
Water-cooled server cooling systems are designed for high-density computing environments. Using liquid cooling modules, they efficiently dissipate heat from core heat sources such as CPUs and GPUs via a cooling fluid. Compared to traditional air cooling, this approach significantly reduces power consumption and noise levels while improving space utilization and long-term operational reliability, providing a highly efficient, eco-friendly thermal management solution for data centers, supercomputing, and AI training.

Industry Pain Points

  • CNC Machine Issue
    01
    CNC Machine Issue
    Many CNC machines currently sold on the market fail to deliver the precision advertised, which can significantly diminish the user experience.
  • Operation and Use of CNC Machine
    02
    Operation and Use of CNC Machine
    Different CNC machine may fail to achieve the desired heat sink fins skiving effect due to variations in operating techniques.
  • Machine Warranty Issue
    03
    Machine Warranty Issue
    After a machine malfunctions during operation or production, repairs become difficult.
  • Quality of processed products
    04
    Quality of processed products
    The pass rate for mass-produced items is relatively low, with frequent issues such as deformation or excessive burrs.
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FAQ

  • Can you provide engineering drawing support?

    Generally speaking, the 3585H model offers the fastest speed and highest production capacity, followed by the 4012H, with the 6016H ranking last. However, the specific production capacity must ultimately be determined based on actual conditions (product drawings).

  • How does the machine's speed and production capacity compare?

    Generally speaking, the 3585H model offers the fastest speed and highest production capacity, followed by the 4012H, with the 6016H ranking last. However, the specific production capacity must ultimately be determined based on actual conditions (product drawings).

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