Axuas Co., Ltd. List of Products and Services

JARO's fan heat sinks, widely adopted in automobiles, medical devices, communication equipment, and more. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often adhered to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks use aluminum to quickly dissipate heat from components. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely used in automobiles, medical devices, communication equipment, and more. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently in limited spaces. Secure mounting: BGA heat sinks are often adhered to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely used in automobiles, medical devices, communication equipment, and more. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often adhered to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, communication equipment, and more. - Made from a highly thermally conductive metal, it efficiently transfers heat to the surface, improving overall heat dissipation. - The extruded heat sink is made from lightweight metal, helping to reduce the overall weight of the device. - It features a flat base that facilitates close contact with heat sources such as electronic components and other heat-dissipating surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sink, widely used in automobiles, medical devices, communication equipment, and more. - Made from a highly thermally conductive metal, it efficiently transfers heat to the surface, improving overall heat dissipation. - The extruded heat sink is made from lightweight metal, helping to reduce the overall weight of the device. - It features a flat base that facilitates close contact with heat sources such as electronic components and other heat dissipation surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sink, widely adopted in automobiles, medical devices, communication equipment, and more. - Made from a highly thermally conductive metal, it efficiently transfers heat to the surface, improving overall heat dissipation. - The extruded heat sink is made from lightweight metal, helping to reduce the overall weight of the device. - It features a flat base that facilitates close contact with heat sources such as electronic components and other heat dissipation surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sinks, widely adopted in automobiles, medical devices, communication equipment, and more. - Made from highly thermally conductive metals, they efficiently transfer heat to the surface, improving overall heat dissipation. - The extruded heat sinks are made from lightweight metals, helping to reduce the overall weight of the device. - They feature a flat base that facilitates close contact with heat sources such as electronic components and other heat-dissipating surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sinks, widely adopted in automobiles, medical devices, communication equipment, and more. - Made from highly thermally conductive metals, they efficiently transfer heat to the surface, improving overall heat dissipation. - The extruded heat sinks are made from lightweight metals, helping to reduce the overall weight of the device. - They feature a flat base that facilitates close contact with heat sources such as electronic components and other heat-dissipating surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sinks are widely used in automobiles, medical devices, communication equipment, and more. - They are made of highly thermally conductive metal, efficiently transferring heat to the surface and improving overall heat dissipation. - The extruded heat sinks are made of lightweight metal, helping to reduce the overall weight of the device. - They feature a flat base that facilitates close contact with heat sources such as electronic components and other heat dissipation surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's axial flow fans are widely used in automobiles, medical devices, communication equipment, and more. Advantages of JARO's frameless fans: - Space-saving: The frameless design allows for direct integration into heat sinks and housings, minimizing space usage. - Quiet operation: Ideal for noise-sensitive environments such as audio equipment and medical devices. - Lightweight: Suitable for mobile devices and applications with strict weight limitations. - High design flexibility: Customizable to fit the product's form factor and aesthetic requirements.

JARO's fan heat sink, widely adopted in automobiles, medical devices, communication equipment, and more. - Made from a highly thermally conductive metal, it efficiently transfers heat to the surface, improving overall heat dissipation. - The extruded heat sink is made from lightweight metal, helping to reduce the overall weight of the device. - It features a flat base that facilitates close contact with heat sources such as electronic components and other heat dissipation surfaces. - JARO Thermal's heat sinks are used in various industries, including electronics, automobiles, LED lighting, and solar converters.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently in limited spaces. Secure mounting: BGA heat sinks are often adhered to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sinks, widely used in automobiles, medical devices, and communication equipment Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, communication equipment, and more. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sinks, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, communication equipment, and more. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often adhered to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.

JARO's fan heat sink, widely adopted in automobiles, medical devices, and communication equipment. Efficient heat dissipation: BGA heat sinks quickly dissipate heat from components using aluminum. Compact design: BGA heat sinks are designed to match the size of ICs or components, allowing them to function efficiently even in limited spaces. Secure mounting: BGA heat sinks are often bonded to ICs or components using special adhesives for efficient heat transfer. Versatile: BGA heat sinks are used in a variety of devices, including computers, servers, game consoles, and industrial systems.