The heat sink is used to solve the problem that some equipment produces a large amount of heat when it is working, and the excess heat cannot dissipate quickly and accumulate to produce high temperature, which may destroy the working equipment. Heat sink is attached to a good heat conduction medium on heating equipment, acting as a middleman, sometimes on the basis of heat conduction medium will also add a fan and other things to accelerate the heat dissipation effect. But sometimes heat sinks also act as bandits, such as in refrigerators where the heat is forced out to reach temperatures lower than room temperature. As the leading manufacturer of thermal solution manufacturing, LORI has been aware of the heat dissipation bottleneck and established a heat dissipation research and development team. With rich heat dissipation processing experience, LORI focuses on heat dissipation design and development. We can provide professional and reliable thermal solutions for customers to solve the problem of product cooling, and improve the efficiency of product cooling.
Temperature management has always been a challenge in automotive electronics systems, which typically require the system to work at ambient temperatures ranging from -40°C to + 65°C. The ambient temperature inside the housing will rise by about 20°C, so the maximum ambient temperature that PCB board needs to bear will be as high as + 85°C.
Then, further focus on local areas, such as power supply, CPU and other modules will be a major heat source, aggravating the environmental temperature inside the casing, the harsh environment has actually approached the temperature limit of many chips. Therefore, in the early stage of system design, thermal management strategy and corresponding measures must be planned.
The effective thermal solution provided by Lori is to add a heat sink with fan, which is also the thermal solution for Cpu. When designing heat sink and fans at the same time, Lori has well controlled the cost and noise of heat sink.
The application of laser equipment has played a good role in promoting social development. As users and producers of these devices. Despite the sophistication of the technology, there are some small problems. In particular, heat dissipation is inevitable, but the perfect combination of good heat dissipation and equipment is a tricky problem.
Laser generation is complex, involving light, atoms and other physical knowledge, but no matter what purpose of laser equipment, when working will produce a lot of heat. Heat is the scariest for industrial and medical devices, and can have a big impact if not released in time. Light will burn laser equipment, heavy will affect production and use.
Lori has an extensive portfolio of thermal management solutions and engineering and manufacturing expertise to assist in the development and production of comprehensive cooling solutions. Providing customers with air cooling or liquid-cooled heat sink, fans, heat pipe heat sink, and more, Lori can help design, manufacture, and test optimized solutions from prototypes to mass-produced technologies.
As the demand for energy and power grows steadily, so does the power density, requiring more powerful cooling to keep applications performing at their best. Lori continues to innovate to provide better, more reliable thermal solution for power generation devices, inverters and converters, and battery systems.
Engaged in the electric power industry knows that need a lot of distribution facilities, distribution ark inside have to deposit a large amount of power or communications equipment. But these devices work in for a long period of time will inevitably be in the process of power distribution cabinet internal temperature, power distribution cabinet internal high temperature to work properly, which will seriously affect the equipment delay our normal work schedule. Therefore, the heat dissipation of our power distribution cabinet cannot be ignored and needs to be paid attention to.
Lori's highly engineered customized advanced thermal solutions continue to drive advances in power generation technology. Utilizing optimized thermal solutions and systems includes liquid cooling systems, two phase cooling components, and more traditional air cooling and natural cooling solutions. Based on applications, environments, and requirements, the Lori engineering team developed an optimized thermal solution to ensure the equipment is robust, reliable, and operates at maximum efficiency.
Industrial Lighting Thermal Solutions
At present, as towards high power leds, a lot of power type LED drive current of 70 ma and 100 ma even 1 a, current increases while can improve the brightness of the LED, power, but it will cause the chip internal heat accumulation, LED to the decrease of the light wavelength drift, the light efficiency and phosphor accelerated aging and shorten the service life and so on a series of problems.The engineering team of Lori has made some led cooling solutions for the problem of high power LED cooling. At present, Lori provides customers with a combination of high power thermal solutions, such as skived fin, heat pipe and fan. Provides LED cooling performance and long service life. Make LED safe and reliable, high temperature resistance, good use effect.
Consumer Electronic Thermal Solutions
Consumer electronics are getting thinner and thinner, raising the need for manufacturing materials that are both reliable for long-term use and easy to process and thermal stability in extreme processing conditions. Consumer electronics, represented by smart phones, are making great strides toward a new direction of more powerful functions, faster computing power and non-metallic appearance materials. As this trend becomes increasingly obvious, problems caused by heat dissipation also emerge one after another.
By implementing effective thermal solutions, products from game consoles to mobile phones, laptops and cameras can last longer without exceeding safe touch temperatures. Lori is an expert in designing and manufacturing high performance cooling solutions for consumer electronics. Lori's engineering team has decades of experience in using our manufacturing design processes to solve various environmental conditions, use cases and product requirements. Thermal solutions for consumer electronics include natural convection heat sink fins for quiet cooling, high performance heat pipe zipper fins for heavy loads, etc.
Medical Equipment Thermal Solutions
Electronic devices are increasingly being used in medical work. Their environmental requirements are more diverse and strict, and temperature is one of the most important factors. Because changes in temperature have the biggest impact on electronic devices. At high temperatures, almost all components of the instrument are affected. High molecular materials will accelerate decomposition and aging under high temperature, shortening the life of electronic components. A good medical cooling system is very important for the ventilation and cooling of medical equipment.
Lori as an expert of thermal management in the field of high power, Lori has made great achievements in the research and development of cooling the medical equipment, and conducted thermal design, thermal simulation, thermal management test and heat sink production for many medical equipment manufacturers. Lori has provided thermal solution for a famous medical laser equipment at home and abroad.
Air conditioning parameters such as temperature, humidity and cleanliness of communication base station directly affect the reliable operation and service life of communication equipment, and are related to the smoothness and safety of the whole communication system. Wireless communication base station refers to the radio transceiver station that transmits information between the mobile communication exchange center and the mobile phone terminal in the limited radio coverage area. It is an important part of the whole communication system. Wireless communication base stations are widely distributed and there are many of them. Large heat dissipation of communication equipment in the base station results in high unit heat load in the base station. Moreover, communication equipment needs to operate continuously all year round. Therefore, it is the most effective way to save energy for the system to reduce the power consumption required by the communication base station to dissipate heat and increase the operation energy efficiency of the base station air conditioning fresh air system. An improved aluminum die-cast housing was designed and manufactured in Lori to support higher power loads in a fully integrated thermal solution.The overall thermal solution of Lori can improve the efficiency and service life of the equipment.
Defense Electronics Thermal Solutions
Electronic systems are increasingly being used in the aerospace and military fields. Due to functional requirements, aerospace and defense system architecture and system designers are integrating an increasing number of electronic devices into military and aerospace platforms, including aircraft, ground vehicles, ships, space vehicles, satellites, and even soldiers. In fact, we are relying more and more on electronic devices, especially military equipment, which are controlled by computers and play a key role. Current and future trends in the development of electronic devices for military and aerospace platforms have led to the need for efficient energy and thermal management systems. This requires electronic equipment to work at a higher temperature, and can achieve high reliability requirements, must do the minimum energy consumption and maximum heat dissipation.
Lori engineers have developed an overall optimized cooling solution for defense equipment to ensure the safety of various Marine, land, air, or space defense applications for defense equipment. Design and manufacture highly reliable thermal solutions for high thermal density applications with longer life spans by developing solutions with high performance heat sink and other technologies.
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