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Pump-driven brushless motor Product List

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Characteristics of Resin and Mold Temperature Control: Brushless Motor for Cooling Pump Drive

Explanation of temperature management for molds using hard and soft resins and press technology. Brushless motor (CMH) optimal for pump drive in mold temperature control units.

The temperature control design required for injection molding molds varies significantly depending on the type of resin being poured. For "hard resins" such as glass fiber reinforced resin and super engineering plastics, it is necessary to set the mold temperature higher to ensure fluidity, requiring a strong heating cycle using heaters or thermal oil. In special resin pressing processes (stamping), reliable mold temperature control directly impacts the quality of the molded product. Conversely, "soft resins" like TPU must be sufficiently cooled and solidified within the mold to avoid deformation during demolding. Therefore, in addition to improving release properties with Teflon coatings on the mold, the ability of the "mold temperature control unit (chiller)" to efficiently circulate cooling water and effectively remove heat is crucial. Our "brushless motors (CMH series)" are widely used to drive the water and oil circulation pumps of mold temperature control units, supporting precise temperature management of molds tailored to these resin characteristics.

Company：CLUW Inc.
Price：Other

Brushless DC Motor
DC Motor
DC Motor
Pump-driven brushless motor

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[Disaster Water Supply Measures / Water Purification Device] Pump Drive Motor #Water Purification

Water that protects life. Motors that support high-pressure pumps for disaster water purifiers and seawater desalination devices. We respond with overwhelming low costs starting from dozens of small lots.

No matter how advanced technology becomes, human life cannot be sustained without water. During recent long-term water outages caused by natural disasters, disaster-use RO water purifiers played a significant role in securing water for daily use from river water and rainwater. Furthermore, in the future, the importance of seawater desalination devices, which purify seawater as the ultimate water source, is also increasing. However, filtering seawater through fine RO (reverse osmosis) membranes requires powerful pumps that can exert very high pressure to push the water through, and there are many technical challenges associated with development, such as salt damage prevention and power consumption issues. Our company is not a manufacturer of water purifiers themselves, but we provide the motors that drive high-pressure pumps and water supply pumps, which are the heart of these "water treatment devices that sustain life." We propose brushless motors and stepping motors that can reliably operate pumps even in harsh environments at an overwhelmingly low cost. We support the development of disaster response equipment from the ground up with thorough domestic inspections, starting from small-lot prototypes of several dozen units.