From mobile phones and computers, to cars and appliances, to medical instruments and aviation equipment, many things in our lives cannot do without advanced semiconductor technology, and the continuous growth of production and scale has also made chip manufacturing processes increasingly precise. Accurate leak detection technology is the key to ensuring the quality of semiconductor products and improving production efficiency.
This article will provide you with an analysis of Yingfukang's semiconductor industryleak detectionDiversified application scenarios and product solutions in various fields

maintain vacuum
Yingfukang's precise leak detection solution ensures the integrity of vacuum conditions, which are crucial for semiconductor processes. Even tiny leaks can be identified and repaired to ensure the semiconductor characteristics of the dute.
Maintain clean room conditions
usetracer gasConducting leak detection can effectively prevent the entry of particles and pollutants, and maintain strict cleanliness standards in semiconductor cleanrooms.
Locate complex leaks
Yingfukang's leak detection technology, including the use of tracer gases, can effectively identify and locate complex configurations with different configurationssemiconductor equipmentVarious leaks within.
Capture minor leaks and maintain product quality
A precise and highly sensitive leak detection scheme ensures the identification of extremely small leaks to maintain the purity required for semiconductor manufacturing processes, prevent defects, and ensure product quality.
Material Compatibility
Yingfukang's leak detection solution is compatible with semiconductor materials, ensuring that it will not damage or alter the performance of materials used in semiconductor manufacturing.
Quickly detect leaks and achieve high production capacity
The reliable leak detection system provided by Yingfukang can obtain reliable results at an extremely fast speed, thereby improving the production capacity of semiconductor manufacturing. Quickly identifying and resolving leakage issues is also key to minimizing downtime and ensuring production efficiency.
Integration with automation systems
Yingfukang's leak detection solution can be seamlessly integrated with automation systems, achieving continuous monitoring and instant leak response, and helping to improve the overall equipment efficiency of semiconductor automation manufacturing processes(OEE).
Economically efficient solutions
Yingfukang is committed to developing cost-effective leak detection solutions that strike a balance between accuracy and cost.

Fukang provides for sniffing and vacuum leak detectionleak detectorIt is widely used in semiconductor chip manufacturing, solar cell production lines, flat panel displays, glass and plastic foil coating, and general vacuum systems.
The UL6000 Fab series is the flagship product in UL's mobile helium leak detector product portfolio. itsSpecially designed for large tools in semiconductor factories, as well as large coating tools used in solar cell manufacturing, flat panel displays, and chip to chip or roll to roll (roll) coatingsThis device can provide fast response within all measurement ranges, with extremely short testing time, making leak detection more accurate, efficient, and convenient.
In addition,The device has a small footprintIt can ensure operability and sufficient workspace in factory environments with stricter requirements for tool space.
The UL3000 Fab series mobile helium leak detector is designed specifically for the leak detection needs of most tools in semiconductor factories.It has the characteristics of flexibility, mobility, fast start, high sensitivity, high accuracy, and high reliabilityLike UL6000 Fab, it has a very small footprint and can help users make more efficient use of expensive cleanroom space.
UL1000 Fab series mobile helium leak detector,It is an economical helium vacuum leak detection product for industrial or semiconductor environments, especially suitable for smaller vacuum chambersThe device achieves the best balance between high performance, robustness, and economy.