Semiconductor Tooling Parts | 0010-13927

Chinsor Tech’s semiconductor tooling components, thanks to micron-level machining tolerances and high-purity, corrosion-resistant materials, significantly extend equipment uptime and reduce wafer contamination rates. As an original equipment manufacturer with a strong foundation in proprietary technology, Chinsor Tech eliminates all intermediary layers, offering direct bulk customization and OEM‑grade replacement solutions to ensure you benefit from highly competitive factory‑direct pricing and reliable global delivery timelines.

99.90% Material purity:

0.005mm Machining tolerance:

0.1 µm Surface roughness:

1600 degrees Celsius Withstand temperature:

0.0000001 Pa Chamber vacuum:

20 kV per millimeter Insulation strength:

400 MPa Bending strength:

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Our products

Semiconductor tooling parts are mainly used in chemical vapor deposition equipment, physical vapor deposition wafer heating systems, plasma etching machine cavities, and the renovation and upgrading of old semiconductor equipment.

semiconductor tooling parts characteristics

Micron-level tolerance control reduces mechanical wear:

By introducing a high-precision CNC grinding process, the overall processing tolerance is strictly controlled within 0.005mm. This high-precision assembly structure can reduce the backlash of the components, reduce the mechanical wear of the mating parts by more than 60%, and effectively extend the continuous operation life of the whole machine.

High-purity ceramic material to prevent wafer contamination:

alumina and silicon nitride ceramic brittle materials with a purity of up to 99.9% are selected. In the plasma etching and high temperature film deposition environment, the material has a very high chemical inertness, from the source to eliminate metal ion contamination of the wafer, significantly improve the yield.

Advanced coating technology improves corrosion resistance:

special dense protective coatings are used on the surface of metal and vacuum chamber parts. This technology makes the parts in the face of strong corrosive fluorine-based or chlorine-based gas, corrosion resistance increased by 3 times, reducing the frequent downtime due to cavity corrosion maintenance time.

Ultra-high temperature resistance design ensures uniform thermal field:

The structure of the wafer heating plate of the physical vapor deposition equipment is optimized to maintain structural stability at extreme temperatures of 1600 degrees Celsius. Excellent thermal conductivity and temperature control performance make the wafer surface temperature difference control in a very small range, to ensure the uniformity of film deposition.

Strict vacuum sealing to prevent gas leakage:

all the tooling parts used in the vacuum chamber and the load chamber have undergone strict helium mass spectrometry leak detection test. The leakage rate is lower than the extremely low standard, which ensures that the semiconductor process environment is maintained in an ultra-high vacuum state and prevents external gas from penetrating into the process.

Original factory-level size compatibility for seamless replacement:

based on the deep technical accumulation of mainstream integrated circuit equipment platforms, the product fully matches the mechanical structure and electrical interface of the original equipment. Customers can directly install and use without modifying any machine parameters, greatly shortening the commissioning cycle of equipment maintenance and transformation.

Detailed structural parameters of semiconductor tooling parts

Parameter Items	Technical Specifications and Indicators	Test standards/methods
core keywords	Semiconductor tooling parts	Industry B2B Standards
Main materials	High-purity alumina ceramics, silicon nitride, high-purity quartz, special stainless steel	Material composition spectral analysis
Machining tolerance range	0.001 mm to 0.01 mm	Coordinate measuring machine inspection
Surface roughness	Ra 0.05 micrometers to Ra 0.2 micrometers	Roughness tester measurement
Maximum withstand temperature	1200 to 1600 degrees Celsius	Actual measurement of high temperature furnace
compressive strength	Greater than 2000 MPa	Universal testing machine for mechanical properties
coefficient of thermal expansion	4.5 to 8.0 per ten to the power of negative six degrees Celsius	thermal expansion test
Vacuum leakage rate	Less than 1 multiplied by 10 to the power of negative 9 Pascals per second	Helium mass spectrometer leak detector
Applicable wafer size	8-inch and smaller integrated circuit manufacturing equipment	Standard wafer compatibility testing

semiconductor tooling parts comparison point

Chinsor Tech focuses on the research and development and manufacturing of key components of high-end semiconductor equipment. By optimizing the material ratio and high-precision machining process, the production of semiconductor tooling parts has reached the domestic leading level in the core performance of wafer pollution prevention, thermal field control and high vacuum retention. Relying on independent technology accumulation and strict quality control management system, the products show high process stability and longer working life.

Eliminate high original spare parts premium and outage risk:

In view of the high price and long procurement cycle of original parts faced by semiconductor fabs, Chinsor Tech provides cost-effective original-level alternatives to help customers optimize their supply chain structure and reduce procurement costs while ensuring the same processing accuracy and service life.

Solve the problem of shutdown of old machine parts:

In view of the dilemma faced by semiconductor equipment refurbishers when refurbishing old film deposition or etching platforms, Chinsor Tech has realized the accurate remanufacturing and supply of key missing tooling spare parts by virtue of its mature mapping and micron-level customized processing capabilities.

Overtake frequent corrosion and wear losses of components under extreme processes:

In view of the problem faced by equipment engineers that high temperature and strong corrosive gas lead to frequent deterioration and shutdown of parts, Chinsor Tech adopts high-purity ceramics and corrosion-resistant special metal coatings to solve the pain points of poor wear resistance and corrosion resistance of ordinary parts and frequent contaminated scrapping of wafers.

semiconductor tooling parts for people

Semiconductor Wafer Factory Purchasing Supervisor:

Mainly for supply chain experts responsible for fab expansion and daily consumables procurement. This group needs to control operating costs and reduce the risk of supply chain disruptions. The cost-effective and stable delivery of this product can perfectly meet its assessment criteria for diversified high-quality alternative suppliers.

Semiconductor equipment refurbishment service providers:

mainly for specialized in second-hand semiconductor equipment refurbishment, upgrading and transformation of professional engineering enterprises. They need to find a source factory that can provide high-precision non-standard customized parts. The original compatibility and mapping customization of this product can help accelerate the delivery of equipment.

Wafer Equipment Maintenance and Process Engineers:

Mainly for technical experts who are directly responsible for machine maintenance, reducing downtime, and improving wafer yield. This group has extremely high requirements for the tolerance and material purity of the components. The excellent wear and corrosion resistance data of this product can effectively solve the machine loss problem they face.

Semiconductor precision tooling parts distributors:

mainly for regional agents engaged in the wholesale and sales of high-end precision parts in the global semiconductor supply chain. They need factories with complete quality certificates and continuous supply capability. This product strict international quality system certification can provide a solid brand endorsement.

semiconductor tooling parts instructions

Unpacking inspection and cleanliness preliminary examination:

open the package in a clean room environment and check the appearance for scratches or micro cracks. Check whether the dimensional tolerances in the measurement report are fully consistent with the equipment requirements.

Surface decontamination and vacuum ultrasonic cleaning:

Before installation, the components must be placed in a special high-purity cleaning agent for ultrasonic cleaning to completely remove trace oil and dust remaining on the surface, and to be used after drying.

Accurate alignment and rated torque fastening:

Place the parts at the designated station of the machine to ensure that the positioning pins are accurately embedded. Use a precision torque wrench to tighten the bolts symmetrically in accordance with industry standards to avoid stress concentration.

System vacuum and thermal cycle test:

after the installation is completed, close the chamber for helium leak detection. After confirming that the leakage rate is up to standard, gradually raise the temperature to the process temperature and conduct a thermal cycle test to verify the thermal stability of the component.

factory and certificate

certificate

FAQ And Contact Us

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.

Q: Which original parts of mainstream semiconductor equipment brands can your semiconductor tooling parts replace?

A: Our products deeply refer to the standards of international mainstream semiconductor equipment platforms in terms of design and processing. Through precise micron-level processing and strict material control, the product can achieve seamless replacement of key components of a variety of mainstream thin film deposition, physical vapor deposition and etching equipment.

Q: How does Chinsor Tech guarantee the purity of the raw materials when manufacturing these semiconductor tooling parts?

A: All of our ceramic brittle materials and specialty metals are sourced from well-known raw material suppliers with long-standing and complete material composition analysis reports. When entering the factory, we will carry out strict spectral review to ensure that the purity of ceramics such as alumina reaches a high standard and avoid introducing any metal contamination.

Q: How do you ensure that the dimensional tolerance of customized semiconductor tooling parts meets our high precision requirements?

A: The factory is equipped with high-end detection equipment including three-coordinate measuring instrument and precision roughness meter. Each batch of products will be fully inspected before leaving the factory to ensure that the processing tolerances are strictly locked within the required micron range, and detailed quality inspection reports are provided with the goods.

Q: Has Chinsor Tech’s factory passed the relevant international quality management system certification?

A: Yes. We are well aware of the strict requirements of the semiconductor industry for quality control. The factory has established a complete quality management flow system in strict accordance with international standards, and has successfully passed the quality management system certification of the International Organization for Standardization. All production processes can be traced.

Q: Which countries are your precision metal and ceramic spare parts currently exported to? Do you have any experience in cross-border delivery?

A: Our precision parts have been successfully exported to many major global semiconductor manufacturing and packaging markets such as the United States, Singapore, Japan, South Korea and Malaysia. We have extensive experience in international trade and cross-border logistics to ensure that products pass through customs safely and quickly.

Q: If we need to modify the chamber or heating plate for a specific process, can you provide technical support?

A: Yes. We not only provide standardized spare parts manufacturing, but also have independent independent technology accumulation. Our engineering team can provide you with customized structural transformation schemes in key process links such as thin film deposition, wafer heating and vacuum chamber according to the drawings or actual working conditions you provide.

Please feel free to contact us. We look forward to hearing from you.

Semiconductor Tooling Parts | 0010-13927

Chinsor Tech’s semiconductor tooling components, thanks to micron-level machining tolerances and high-purity, corrosion-resistant materials, significantly extend equipment uptime and reduce wafer contamination rates. As an original equipment manufacturer with a strong foundation in proprietary technology, Chinsor Tech eliminates all intermediary layers, offering direct bulk customization and OEM‑grade replacement solutions to ensure you benefit from highly competitive factory‑direct pricing and reliable global delivery timelines.

99.90%

Material purity:

0.005mm

Machining tolerance:

0.1 µm

Surface roughness:

Get a Quote

semiconductor tooling parts characteristics

Micron-level tolerance control reduces mechanical wear:

By introducing a high-precision CNC grinding process, the overall processing tolerance is strictly controlled within 0.005mm. This high-precision assembly structure can reduce the backlash of the components, reduce the mechanical wear of the mating parts by more than 60%, and effectively extend the continuous operation life of the whole machine.

High-purity ceramic material to prevent wafer contamination:

alumina and silicon nitride ceramic brittle materials with a purity of up to 99.9% are selected. In the plasma etching and high temperature film deposition environment, the material has a very high chemical inertness, from the source to eliminate metal ion contamination of the wafer, significantly improve the yield.

Advanced coating technology improves corrosion resistance:

special dense protective coatings are used on the surface of metal and vacuum chamber parts. This technology makes the parts in the face of strong corrosive fluorine-based or chlorine-based gas, corrosion resistance increased by 3 times, reducing the frequent downtime due to cavity corrosion maintenance time.

Ultra-high temperature resistance design ensures uniform thermal field:

The structure of the wafer heating plate of the physical vapor deposition equipment is optimized to maintain structural stability at extreme temperatures of 1600 degrees Celsius. Excellent thermal conductivity and temperature control performance make the wafer surface temperature difference control in a very small range, to ensure the uniformity of film deposition.

Strict vacuum sealing to prevent gas leakage:

all the tooling parts used in the vacuum chamber and the load chamber have undergone strict helium mass spectrometry leak detection test. The leakage rate is lower than the extremely low standard, which ensures that the semiconductor process environment is maintained in an ultra-high vacuum state and prevents external gas from penetrating into the process.

Original factory-level size compatibility for seamless replacement:

based on the deep technical accumulation of mainstream integrated circuit equipment platforms, the product fully matches the mechanical structure and electrical interface of the original equipment. Customers can directly install and use without modifying any machine parameters, greatly shortening the commissioning cycle of equipment maintenance and transformation.

Detailed structural parameters of semiconductor tooling parts

Parameter Items	Technical Specifications and Indicators	Test standards/methods
core keywords	Semiconductor tooling parts	Industry B2B Standards
Main materials	High-purity alumina ceramics, silicon nitride, high-purity quartz, special stainless steel	Material composition spectral analysis
Machining tolerance range	0.001 mm to 0.01 mm	Coordinate measuring machine inspection
Surface roughness	Ra 0.05 micrometers to Ra 0.2 micrometers	Roughness tester measurement
Maximum withstand temperature	1200 to 1600 degrees Celsius	Actual measurement of high temperature furnace
compressive strength	Greater than 2000 MPa	Universal testing machine for mechanical properties
coefficient of thermal expansion	4.5 to 8.0 per ten to the power of negative six degrees Celsius	thermal expansion test
Vacuum leakage rate	Less than 1 multiplied by 10 to the power of negative 9 Pascals per second	Helium mass spectrometer leak detector
Applicable wafer size	8-inch and smaller integrated circuit manufacturing equipment	Standard wafer compatibility testing

semiconductor tooling parts comparison point

Eliminate high original spare parts premium and outage risk:

In view of the high price and long procurement cycle of original parts faced by semiconductor fabs, Chinsor Tech provides cost-effective original-level alternatives to help customers optimize their supply chain structure and reduce procurement costs while ensuring the same processing accuracy and service life.

Solve the problem of shutdown of old machine parts:

In view of the dilemma faced by semiconductor equipment refurbishers when refurbishing old film deposition or etching platforms, Chinsor Tech has realized the accurate remanufacturing and supply of key missing tooling spare parts by virtue of its mature mapping and micron-level customized processing capabilities.

Overtake frequent corrosion and wear losses of components under extreme processes:

In view of the problem faced by equipment engineers that high temperature and strong corrosive gas lead to frequent deterioration and shutdown of parts, Chinsor Tech adopts high-purity ceramics and corrosion-resistant special metal coatings to solve the pain points of poor wear resistance and corrosion resistance of ordinary parts and frequent contaminated scrapping of wafers.

semiconductor tooling parts for people

Semiconductor Wafer Factory Purchasing Supervisor:

Mainly for supply chain experts responsible for fab expansion and daily consumables procurement. This group needs to control operating costs and reduce the risk of supply chain disruptions. The cost-effective and stable delivery of this product can perfectly meet its assessment criteria for diversified high-quality alternative suppliers.

Semiconductor equipment refurbishment service providers:

mainly for specialized in second-hand semiconductor equipment refurbishment, upgrading and transformation of professional engineering enterprises. They need to find a source factory that can provide high-precision non-standard customized parts. The original compatibility and mapping customization of this product can help accelerate the delivery of equipment.

Wafer Equipment Maintenance and Process Engineers:

Mainly for technical experts who are directly responsible for machine maintenance, reducing downtime, and improving wafer yield. This group has extremely high requirements for the tolerance and material purity of the components. The excellent wear and corrosion resistance data of this product can effectively solve the machine loss problem they face.

Semiconductor precision tooling parts distributors:

mainly for regional agents engaged in the wholesale and sales of high-end precision parts in the global semiconductor supply chain. They need factories with complete quality certificates and continuous supply capability. This product strict international quality system certification can provide a solid brand endorsement.

semiconductor tooling parts instructions

Unpacking inspection and cleanliness preliminary examination:

open the package in a clean room environment and check the appearance for scratches or micro cracks. Check whether the dimensional tolerances in the measurement report are fully consistent with the equipment requirements.

Surface decontamination and vacuum ultrasonic cleaning:

Before installation, the components must be placed in a special high-purity cleaning agent for ultrasonic cleaning to completely remove trace oil and dust remaining on the surface, and to be used after drying.

Accurate alignment and rated torque fastening:

Place the parts at the designated station of the machine to ensure that the positioning pins are accurately embedded. Use a precision torque wrench to tighten the bolts symmetrically in accordance with industry standards to avoid stress concentration.

System vacuum and thermal cycle test:

after the installation is completed, close the chamber for helium leak detection. After confirming that the leakage rate is up to standard, gradually raise the temperature to the process temperature and conduct a thermal cycle test to verify the thermal stability of the component.

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