A semiconductor is a material that conducts electricity between a conductor and an insulator at room temperature. It is a kind of electrical conductivity can be controlled, the range can be from insulator to conductor between the material. Semiconductors have tremendous value from both a technological and economic standpoint.

Lori is a thermal management specialist with a wide range of business. Lori's semiconductor cooling modules are used in a variety of applications including medical aesthetics, CNC machine tools, industrial lasers, inspection and so on.

Lori Semiconductor Cooling Module With Aluminum Heat Sinks and Two Fans

This semiconductor cooling module consists of two fans rated at 3500 RPM and an aluminum skived heat sink. The aluminum skived heat sink fins are integrated into the semiconductor contact surface, ensuring that the heat generated by the semiconductor is transferred quickly through the natural convection between the contact surface and the fins. Two fans cool the semiconductor by forcing the heat into the air quickly through forced convection, ensuring stable operation at the proper temperature.

Lori Aluminum Skiving Fin Heat Sink and Aluminum Plate For Semiconductor Cooling Module

This semiconductor cooling module consists of an aluminum skiving heat sink and an aluminum cold plate that provides excellent cooling performance in a reduced volume. The high thermal conductivity of the aluminum cold plate quickly transfers heat to the heat sink, where natural convection from the fins carries the heat to the air. Aluminum cooling panels also offer low maintenance cost and long service life.

Lori Air to Air Semiconductor Cooling Heat Sink Mould

This semiconductor cooling heat sink mould consists of a passive heat sink with 3 heat pipes and an aluminum skived heat sink. The heat sink consists of 3 heat pipes and aluminum fins soldered together by reflow soldering technology. The heat generated by the semiconductors is quietly removed by the highly efficient natural convection technology and the two-phase technology of the heat pipes.

Advantages of Lori Semiconductor Cooling Modules

Efficient heat dissipation: Cooling modules rapidly reduce the temperature of the heat source by transferring heat from the area to be cooled to other areas and maintaining a suitable temperature environment. This efficient heat dissipation performance enables a wide range of applications that require thermal management.

Strong customizability: Semiconductor cooling modules can be customized according to the shape and size of the space as well as the actual heat dissipation needs of the customer, adapting to the application scenario of the equipment and achieving the best cooling effect.

Long life: under normal working conditions, it can continue to work for tens of thousands of hours and is not easily damaged. Long-term use, low maintenance costs, high reliability.

Integrated design: The modular design of the cooling module enables the integration of multiple cooling technologies such as heat sink fins, cold plates, fans, heat pipe heat sinks, etc., simplifying the design and integration process of the semiconductor cooling system and making it easy to install.

Space saving: Lori cooling modules are compact and provide excellent heat dissipation in a limited space, which is important for space-constrained equipment.

Lori's semiconductor cooling modules can provide you with specific customized cooling solutions, so that you can enjoy more efficient and reliable cooling services, to learn more about Lori products or cooling solutions, please contact us in a timely manner.