In the industrial field, helium detection smart sniffer guns are widely used for leak detection in precision equipment. Their advanced sensing technology and high sensitivity ensure the rapid and accurate identification of even the smallest leaks. They are particularly suitable for industries with stringent leak detection requirements, such as aerospace, automotive manufacturing, refrigeration equipment, and vacuum systems. By improving detection efficiency and reliability, helium detection smart sniffer guns not only ensure the safe operation of equipment but also significantly reduce maintenance costs and time, providing solid support for production across various industries.
The adjustable helium spray gun is widely used across various industries for leak detection and quality control. In the automotive industry, it is employed to detect minute leaks in fuel systems, air conditioning systems, and body welds, ensuring the safety and performance of vehicles. In the aerospace industry, the helium spray gun is used to detect leaks in aircraft and rocket fuel systems and body seals, ensuring flight safety. In the electronics manufacturing industry, it is used to check the sealing performance of semiconductor devices and electronic packages, preventing gas and liquid ingress. In the pharmaceutical and food packaging industries, the helium spray gun is utilized to test the integrity of packaging seals, ensuring products remain uncontaminated during storage and transportation. Known for its high sensitivity and precision, the helium spray gun is widely regarded as a reliable tool for leak detection.
Customized high vacuum molecular pump units have a wide range of applications, including semiconductor manufacturing, scientific research, pharmaceuticals, and aerospace. With outstanding pumping performance and stability, our customized solutions meet the stringent requirements for high vacuum environments across various industries, ensuring efficient operation and reliability of the equipment. Whether standard models or specific needs, we provide the best customization services to help our clients achieve technological breakthroughs and industrial upgrades.
Leak hole detection technology is essential across various industries to ensure safety, efficiency, and product integrity. In the automotive industry, it is used to check for leaks in fuel systems, engines, and air conditioning units, ensuring vehicle performance and safety. In the medical device industry, it verifies the integrity of components such as syringes, catheters, and packaging to prevent contamination and ensure patient safety. The aerospace industry employs this technology to detect leaks in fuel systems, hydraulic systems, and cabin pressurization systems, maintaining the safety and reliability of aircraft. Additionally, in the food and beverage industry, leak detection ensures the quality and safety of packaging, preventing spoilage and contamination. This technology is also crucial in the semiconductor industry, where even minute leaks can compromise the production environment, affecting the quality and yield of semiconductor devices.
The Vacuum Pressure Gauge is an essential tool for accurate measurement of vacuum levels in various industrial applications. Designed with precision, it features a high-quality pressure sensor that ensures reliable and consistent readings. The digital display offers clear and easy-to-read measurements, making it user-friendly and efficient. Built with durability in mind, this gauge is suitable for harsh environments, providing long-lasting performance. Whether for laboratory use, manufacturing processes, or HVAC systems, the Vacuum Pressure Gauge is the perfect solution for monitoring and maintaining optimal vacuum conditions.
This equipment adopts plasma cleaning technology, which uses high-energy plasma to bombard the surface of the device to be cleaned, and causes the contaminants to fall off from the inner surface of the pores through physical action to achieve the cleaning effect. It has the characteristics of high vacuum degree, high cleaning efficiency, convenient operation, stability and reliability, etc. It is mainly used for precision
Clean the complex closed channels inside the device.
This equipment is one of the key process equipment in the production process of inertial gyro. It has the characteristics of oil-free and high vacuum, and has the functions of vacuum baking and degassing, gas
Functions such as precise control and laser micro-hole automatic welding and sealing are mainly used in the production process of inertial navigation, precision devices, sensors and other devices.
This equipment adopts independent control mode for each station, which can realize functions such as independent charging and deflating, and independent setting of nitrogen cleaning and vacuum degree. It is widely used in
Temporarily store products during the production process of electronic devices, optoelectronic devices, semiconductor chips and other devices to prevent oxidation
The RCP230N, designed by Infitech, is a hand-held portable vacuum gauge for non-fixed or short-term use. It measures vacuum levels from atmospheric pressure to 1.0E-2Pa. It features a large-capacity lithium battery that allows it to operate continuously for over 40 hours on a single charge. Automatic sleep and shutdown functions help extend the battery life, making it suitable for mobile inspection, field operations, and equipment maintenance.
In the realm of vacuum technology, the measurement and control of vacuum levels in the medium and low vacuum range play crucial roles in various applications. These include but are not limited to vacuum drying, food freezing, air impregnation, vacuum coating, and vacuum heat treatment. Additionally, ensuring safety in high vacuum systems through the implementation of appropriate circuits and the diligent monitoring of backing vacuum pumps are essential practices to maintain the efficiency and integrity of vacuum processes.
CFV106 wide-range vacuum gauge uses a Pirani resistance gauge coupled with a cold cathode ionization gauge to cover the range.
1.0E5Pa—1.0E-5Pa. This vacuum gauge is small in size, rich in functions, and supports a variety of display modes and data communication.
The communication method has the advantages of simple use, easy installation, long service life and low maintenance.
In the industrial field, helium detection smart sniffer guns are widely used for leak detection in precision equipment. Their advanced sensing technology and high sensitivity ensure the rapid and accurate identification of even the smallest leaks. They are particularly suitable for industries with stringent leak detection requirements, such as aerospace, automotive manufacturing, refrigeration equipment, and vacuum systems. By improving detection efficiency and reliability, helium detection smart sniffer guns not only ensure the safe operation of equipment but also significantly reduce maintenance costs and time, providing solid support for production across various industries.
The adjustable helium spray gun is widely used across various industries for leak detection and quality control. In the automotive industry, it is employed to detect minute leaks in fuel systems, air conditioning systems, and body welds, ensuring the safety and performance of vehicles. In the aerospace industry, the helium spray gun is used to detect leaks in aircraft and rocket fuel systems and body seals, ensuring flight safety. In the electronics manufacturing industry, it is used to check the sealing performance of semiconductor devices and electronic packages, preventing gas and liquid ingress. In the pharmaceutical and food packaging industries, the helium spray gun is utilized to test the integrity of packaging seals, ensuring products remain uncontaminated during storage and transportation. Known for its high sensitivity and precision, the helium spray gun is widely regarded as a reliable tool for leak detection.
Customized high vacuum molecular pump units have a wide range of applications, including semiconductor manufacturing, scientific research, pharmaceuticals, and aerospace. With outstanding pumping performance and stability, our customized solutions meet the stringent requirements for high vacuum environments across various industries, ensuring efficient operation and reliability of the equipment. Whether standard models or specific needs, we provide the best customization services to help our clients achieve technological breakthroughs and industrial upgrades.
Leak hole detection technology is essential across various industries to ensure safety, efficiency, and product integrity. In the automotive industry, it is used to check for leaks in fuel systems, engines, and air conditioning units, ensuring vehicle performance and safety. In the medical device industry, it verifies the integrity of components such as syringes, catheters, and packaging to prevent contamination and ensure patient safety. The aerospace industry employs this technology to detect leaks in fuel systems, hydraulic systems, and cabin pressurization systems, maintaining the safety and reliability of aircraft. Additionally, in the food and beverage industry, leak detection ensures the quality and safety of packaging, preventing spoilage and contamination. This technology is also crucial in the semiconductor industry, where even minute leaks can compromise the production environment, affecting the quality and yield of semiconductor devices.
The Vacuum Pressure Gauge is an essential tool for accurate measurement of vacuum levels in various industrial applications. Designed with precision, it features a high-quality pressure sensor that ensures reliable and consistent readings. The digital display offers clear and easy-to-read measurements, making it user-friendly and efficient. Built with durability in mind, this gauge is suitable for harsh environments, providing long-lasting performance. Whether for laboratory use, manufacturing processes, or HVAC systems, the Vacuum Pressure Gauge is the perfect solution for monitoring and maintaining optimal vacuum conditions.
This equipment adopts plasma cleaning technology, which uses high-energy plasma to bombard the surface of the device to be cleaned, and causes the contaminants to fall off from the inner surface of the pores through physical action to achieve the cleaning effect. It has the characteristics of high vacuum degree, high cleaning efficiency, convenient operation, stability and reliability, etc. It is mainly used for precision
Clean the complex closed channels inside the device.
This equipment is one of the key process equipment in the production process of inertial gyro. It has the characteristics of oil-free and high vacuum, and has the functions of vacuum baking and degassing, gas
Functions such as precise control and laser micro-hole automatic welding and sealing are mainly used in the production process of inertial navigation, precision devices, sensors and other devices.
This equipment adopts independent control mode for each station, which can realize functions such as independent charging and deflating, and independent setting of nitrogen cleaning and vacuum degree. It is widely used in
Temporarily store products during the production process of electronic devices, optoelectronic devices, semiconductor chips and other devices to prevent oxidation
The RCP230N, designed by Infitech, is a hand-held portable vacuum gauge for non-fixed or short-term use. It measures vacuum levels from atmospheric pressure to 1.0E-2Pa. It features a large-capacity lithium battery that allows it to operate continuously for over 40 hours on a single charge. Automatic sleep and shutdown functions help extend the battery life, making it suitable for mobile inspection, field operations, and equipment maintenance.
In the realm of vacuum technology, the measurement and control of vacuum levels in the medium and low vacuum range play crucial roles in various applications. These include but are not limited to vacuum drying, food freezing, air impregnation, vacuum coating, and vacuum heat treatment. Additionally, ensuring safety in high vacuum systems through the implementation of appropriate circuits and the diligent monitoring of backing vacuum pumps are essential practices to maintain the efficiency and integrity of vacuum processes.
CFV106 wide-range vacuum gauge uses a Pirani resistance gauge coupled with a cold cathode ionization gauge to cover the range.
1.0E5Pa—1.0E-5Pa. This vacuum gauge is small in size, rich in functions, and supports a variety of display modes and data communication.
The communication method has the advantages of simple use, easy installation, long service life and low maintenance.
