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The AMAT P5000 is a classic thin film deposition system for 8-inch integrated circuit manufacturing. Chinsor Tech, with its deep technical expertise in CVD equipment, provides you with comprehensive support from core component manufacturing to vacuum cavity refurbishment. As a source factory with independent intellectual property and production base, Chinsor Tech can eliminate all trade links, providing you with highly competitive direct supply prices and faster spare parts delivery.
The AMAT P5000 is primarily used in 8-inch integrated circuit thin film chemical vapor deposition processes, physical vapor deposition wafer heating, vacuum cavity environment maintenance, and precision ceramic component matching.
Relying on 52 patents and 11 software copyrights, we have a completely independent process technology accumulation in the field of 8-inch CVD thin film deposition and PVD wafer heating, ensuring that spare parts performance is fully aligned and optimized.
For the AMAT series of equipment, we use proprietary negative pole temperature sensor technology to accurately capture the real-time pole temperature instead of the ambient temperature, ensuring extremely high stability of the thermal field distribution during the process.
Based on a deep understanding of the AMAT Centura 5200 and Endura series platforms, Chinsor Tech provides precision machining and performance repair of vacuum chambers, significantly improving the sealing performance and production life of old machines.
The mass production technology of ceramics and brittle materials realized since 2021 can provide you with high-purity, corrosion-resistant semiconductor spare parts, effectively extending the maintenance cycle of equipment in high vacuum environments.
As a high-tech enterprise with registered capital of 15 million yuan, we have a complete precision manufacturing workshop. All metal and ceramic processing parts are directly shipped from the factory, ensuring the transparency and responsiveness of the supply chain.
By participating in the cavity transformation projects of Wuhan High-tech Etching Machine, Wuxi Internet of Things Innovation Center and large wafer fabs, our products and services have been verified in actual combat in major bidding projects worth tens of millions of yuan.
The AMAT P5000 solution offered by Chinsor Tech is not a simple spare parts trade, but is based on the profound disassembly and reconstruction of semiconductor front-channel process equipment. Chinsor Tech has solved the technical upgrade challenge facing the 8-inch production line due to weakened factory support.
By optimizing the negative electrode column temperature measurement scheme, we solve the hysteresis and errors in traditional temperature monitoring, so that the P5000 has higher process repeatability when performing complex film growth.
Leveraging our technological accumulation in ceramic brittle materials since 2017, we have solved the high costs and cycle uncertainty faced by buyers when searching for high-precision, long-life ceramic spare parts.
With professional cavity renovation and metal processing technology, Chinsor Tech has solved the problems of customers’ increased leakage rate and unstable vacuum environment after long-term operation of equipment.
Dedicated to optimizing CVD or PVD process parameters, seeking partners who can provide precise temperature control and a highly stable cavity environment to improve wafer yield.
Focus on reducing the daily operation and maintenance costs (CoO) of Fab plants, looking for source plants with independent processing capabilities to obtain lower prices and shorter lead times than traders.
We need to find a professional manufacturer with the technical accumulation of the AMAT platform and the ability to provide high-quality cavity repair and core part customization to ensure the quality of the delivered machine.
During the expansion of the 8-inch production line, high-reliability CVD system support and related technical services are needed to shorten the commissioning and production cycle of the new production line.
During equipment maintenance, the temperature sensor must be installed strictly in accordance with operating procedures to ensure that the probe is in close contact with the negative electrode column to obtain the most realistic process temperature feedback.
The recommended semiconductor-specific cleaning agent should be used to regularly wipe the sealing surface of the vacuum cavity and the cover plate to prevent dust deposition from affecting the vacuum degree and leakage rate of the cavity.
Depending on the production frequency, the wafer heating system should be tested for regular thermal field uniformity, ensuring consistent temperature performance for each Chamber when processing in parallel across multiple cavities.
When replacing ceramic parts inside the cavity, it is necessary to operate in a purified environment and conduct an empty machine purge experiment to confirm that there is no new particulate matter pollution before entering formal production.
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Welcome to our Frequently Asked Questions page. We have compiled answers to common questions you may have, hoping to provide you with clear and quick solutions. If you cannot find the information you need here, please feel free to contact our customer support team.
8 inches
Applicable wafer size
Chemical vapor deposition
Core process support
Precision 5000 Series
Technology Platform
Wuxi Zhanshuo