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High Stability Silicon Chip with Exceptional Dimensional Integrity
10 Piece
$199.9Product information
High-quality High Stability Silicon Chip with Exceptional Dimensional Integrity supplied by Zhejiang Zegota Precision Technology Co., Ltd.. Bulk wholesale pricing is $199.9 per Piece with a minimum order of 10 Piece. Inquiry for latest prices.
Production Capacity:
100000 PCS/Month
HS Code:
8542399000
Accuracy:
8in
Transport Package:
Carton Packaging
Origin:
China
Breadth Depth Ratio:
Customized
Specification:
Customized
Model:
Customized
Specifications
Production Capacity:
100000 PCS/Month
HS Code:
8542399000
Accuracy:
8in
Transport Package:
Carton Packaging
Origin:
China
Breadth Depth Ratio:
Customized
Specification:
Customized
Model:
Customized
Trade Term:
FOB, CIF, CFR
Payment Term:
LC, T/T, D/P, PayPal, Western Union, Small-amount payment
Port Of Loading:
Ningbo Port, Shanghai Port
Material:
Silicon Dioxide,Sin,
Trademark:
ZEGOTA
Business Details
Country:
China
Business Types:
Not specified
Main Markets:
Not specified
Main Products:
Year Established:
2018-11-19
Annual Revenue Amount:
Not specified
Numbers Of Employees:
9
Preferred Payment Term:
LC, T/T, D/P, PayPal, Western Union, Small-amount payment
Preferred Trade Term:
FOB, CIF, CFR
Port Of Loading:
Ningbo Port, Shanghai Port
Certificates:
Others
Product descriptions from the supplier
Silicon Based Chip
·Product Description
Microfluidic devices built from silicon are compact systems that manage tiny fluid volumes—measured in nanoliters—through channels just tens to hundreds of micrometers wide. These platforms support fully integrated, automated testing in chemistry, biology, and medicine. Silicon’s robust resistance to chemicals, high heat tolerance, and durable physical properties make it perfect for use in sensitive processes like lab-on-a-chip reactions and biological detection. By combining the strengths of microfluidics with advanced semiconductor fabrication techniques, these chips can produce intricate designs with exceptional accuracy and repeatability, ideal for extreme lab conditions and prolonged in-body use.
· Technical Features and Application Areas
Microfabricated silicon devices provide advanced control over fluid dynamics at tiny scales, including steady flow and droplet generation, facilitating efficient screening processes, cellular environments, pharmaceutical development, and individual molecule detection—tasks difficult to achieve using traditional techniques. Major use cases encompass:
3. Implantable Devices: With excellent biocompatibility and stability, silicon is suitable for long-term implantable bio-monitoring and drug delivery systems
4. Compared to common polymer materials, silicon offers superior reliability, service life, and precision, especially under extreme conditions.
·Core Manufacturing and Process Advantages
Silicon-based integrated circuits are manufactured using established microfabrication methods including photolithography, deep silicon etching, and wafer bonding. By leveraging 6-inch and 8-inch wafer fabrication, we deliver accurate, economically viable large-scale output. Notable benefits consist of:
1.High Precision and Complex Structuring Capability
·Semiconductor processes enable nanostructure to microstructure fabrication, supporting one-step formation of complex 3D channels, chambers, and embedded components
·Highly uniform structural dimensions meet stringent requirements for precise fluid control in advanced applications
2.Excellent Material Properties
·Silicon offers high thermal conductivity, pressure resistance, and chemical corrosion resistance, making it suitable for high-temperature/high-pressure reaction environments
·Surface modifications (e.g., silicon oxide coating) further enhance biocompatibility and functionalization
3.Scalability and Cost Efficiency
·Wafer-level processing supports large-scale production, significantly reducing per-unit cost at higher volumes
·Manufacturing processes are compatible with existing semiconductor supply chains, ensuring stable supply and fast delivery
4.Customization and Integration Support
·End-to-end services from design and prototyping to mass production, supporting custom structures and multi-functional integration (e.g., sensors, electrodes)
·Suitable for all stages, from R&D validation to commercial products
·Production
·Microfluidic Design and Manufacturing
1.Customers' demand for mass production of microfluidic chips
The customer put forward the demand for batch production of microfluidic chip injection molding:
The customer submits microfluidic chip design schematics. Based on these schematics and the intended application of the chip, technical staff review the designs and finalize them jointly with the customer.
The customer defines the chip's required functionalities. Hanhao engineers develop the chip based on these specifications, assess whether the functions can be achieved, and jointly finalize the chip design schematics with the customer.
2.Feasibility evaluation of injection mold opening
A comprehensive technical assessment of the injection mold design is performed based on the chip schematics, including visual design, selected materials, overall thickness, channel dimensions, depth-to-width ratio, precision levels, manufacturing tolerances, surface texture of the microfluidic structure, inlet configuration, product layout within the mold, positioning of ejection pins, and final chip sealing methods. The suitability of open mold injection molding is analyzed across every relevant parameter.
3.Sign sales contract
It has been assessed that the injection mold meets customer requirements and a deal may now be finalized with them.
4.Mold design and development
Drawing on customer specifications and prior batch production insights in microfluidic chip injection molding, a thorough preliminary assessment of the mold was conducted. Leveraging early-stage mold evaluation results, the engineering team developed the mold’s cooling channel configuration, gate placement, ejection mechanism, multi-plate mold structure, slider arrangement, and venting layout.
5.Mold processing
Makino v331 and v56i high-speed CNC machines along with additional foreign-made tools are employed in mold manufacturing to maintain precise mold component machining.
·Brief Introduction
Zhejiang Zegota Precision Technology Co., Ltd. specializes in high-accuracy micro-nano fabrication, primarily serving silicon chip design and fabrication. Established in 2019, the firm focuses on research, fabrication, and mass production of next-generation semiconductor microfluidic components and silicon-based chip platforms.
Zegota operates a workforce exceeding 200 individuals, where over a third participate in research and development, integrating knowledge in semiconductor fabrication, micro-electro-mechanical systems (MEMS), and silicon micromachining to create specialized, high-efficiency silicon-based solutions.
The firm's silicon chip technology handles feature dimensions between 2µm and 20µm and works seamlessly with multiple functional substances such as resins, alumina, zirconia, and silicon carbide—offering customized options to meet varied demands in accuracy, corrosion resistance, and heat endurance.
Through proprietary sub-pixel micro-scanning technology, Zegota has achieved full localization of core manufacturing systems-replacing imported lithography-based solutions in micro-nano fabrication.
.
·Product Description
Microfluidic devices built from silicon are compact systems that manage tiny fluid volumes—measured in nanoliters—through channels just tens to hundreds of micrometers wide. These platforms support fully integrated, automated testing in chemistry, biology, and medicine. Silicon’s robust resistance to chemicals, high heat tolerance, and durable physical properties make it perfect for use in sensitive processes like lab-on-a-chip reactions and biological detection. By combining the strengths of microfluidics with advanced semiconductor fabrication techniques, these chips can produce intricate designs with exceptional accuracy and repeatability, ideal for extreme lab conditions and prolonged in-body use.
· Technical Features and Application Areas
Microfabricated silicon devices provide advanced control over fluid dynamics at tiny scales, including steady flow and droplet generation, facilitating efficient screening processes, cellular environments, pharmaceutical development, and individual molecule detection—tasks difficult to achieve using traditional techniques. Major use cases encompass:
1. Medical Diagnostics: Rapid disease detection, gene sequencing (DNA analysis), and point-of-care testing devices
2. Pharmaceuticals and Synthesis: Used as microreactors for drug screening and chemical synthesis, resistant to high temperatures and corrosive conditions
3. Implantable Devices: With excellent biocompatibility and stability, silicon is suitable for long-term implantable bio-monitoring and drug delivery systems
4. Compared to common polymer materials, silicon offers superior reliability, service life, and precision, especially under extreme conditions.
·Core Manufacturing and Process Advantages
Silicon-based integrated circuits are manufactured using established microfabrication methods including photolithography, deep silicon etching, and wafer bonding. By leveraging 6-inch and 8-inch wafer fabrication, we deliver accurate, economically viable large-scale output. Notable benefits consist of:
1.High Precision and Complex Structuring Capability
·Semiconductor processes enable nanostructure to microstructure fabrication, supporting one-step formation of complex 3D channels, chambers, and embedded components
·Highly uniform structural dimensions meet stringent requirements for precise fluid control in advanced applications
2.Excellent Material Properties
·Silicon offers high thermal conductivity, pressure resistance, and chemical corrosion resistance, making it suitable for high-temperature/high-pressure reaction environments
·Surface modifications (e.g., silicon oxide coating) further enhance biocompatibility and functionalization
3.Scalability and Cost Efficiency
·Wafer-level processing supports large-scale production, significantly reducing per-unit cost at higher volumes
·Manufacturing processes are compatible with existing semiconductor supply chains, ensuring stable supply and fast delivery
4.Customization and Integration Support
·End-to-end services from design and prototyping to mass production, supporting custom structures and multi-functional integration (e.g., sensors, electrodes)
·Suitable for all stages, from R&D validation to commercial products
·Production
·Microfluidic Design and Manufacturing
1.Customers' demand for mass production of microfluidic chips
The customer put forward the demand for batch production of microfluidic chip injection molding:
The customer submits microfluidic chip design schematics. Based on these schematics and the intended application of the chip, technical staff review the designs and finalize them jointly with the customer.
The customer defines the chip's required functionalities. Hanhao engineers develop the chip based on these specifications, assess whether the functions can be achieved, and jointly finalize the chip design schematics with the customer.
2.Feasibility evaluation of injection mold opening
A comprehensive technical assessment of the injection mold design is performed based on the chip schematics, including visual design, selected materials, overall thickness, channel dimensions, depth-to-width ratio, precision levels, manufacturing tolerances, surface texture of the microfluidic structure, inlet configuration, product layout within the mold, positioning of ejection pins, and final chip sealing methods. The suitability of open mold injection molding is analyzed across every relevant parameter.
3.Sign sales contract
It has been assessed that the injection mold meets customer requirements and a deal may now be finalized with them.
4.Mold design and development
Drawing on customer specifications and prior batch production insights in microfluidic chip injection molding, a thorough preliminary assessment of the mold was conducted. Leveraging early-stage mold evaluation results, the engineering team developed the mold’s cooling channel configuration, gate placement, ejection mechanism, multi-plate mold structure, slider arrangement, and venting layout.
5.Mold processing
Makino v331 and v56i high-speed CNC machines along with additional foreign-made tools are employed in mold manufacturing to maintain precise mold component machining.
·Brief Introduction
Zhejiang Zegota Precision Technology Co., Ltd. specializes in high-accuracy micro-nano fabrication, primarily serving silicon chip design and fabrication. Established in 2019, the firm focuses on research, fabrication, and mass production of next-generation semiconductor microfluidic components and silicon-based chip platforms.
Zegota operates a workforce exceeding 200 individuals, where over a third participate in research and development, integrating knowledge in semiconductor fabrication, micro-electro-mechanical systems (MEMS), and silicon micromachining to create specialized, high-efficiency silicon-based solutions.
The firm's silicon chip technology handles feature dimensions between 2µm and 20µm and works seamlessly with multiple functional substances such as resins, alumina, zirconia, and silicon carbide—offering customized options to meet varied demands in accuracy, corrosion resistance, and heat endurance.
Through proprietary sub-pixel micro-scanning technology, Zegota has achieved full localization of core manufacturing systems-replacing imported lithography-based solutions in micro-nano fabrication.
.
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You can contact verified China supplier Zhejiang Zegota Precision Technology Co., Ltd. through platforms like Freshdi.com to purchase High Stability Silicon Chip with Exceptional Dimensional Integrity. For direct inquiries, please contact Mr. Zegota, the company’s representative. The supplier has a 3.3-star rating on Freshdi and has verified. You’ll receive product details, pricing, and shipping terms directly from supplier.
What are the payments and trade terms for High Stability Silicon Chip with Exceptional Dimensional Integrity?
For High Stability Silicon Chip with Exceptional Dimensional Integrity, Zhejiang Zegota Precision Technology Co., Ltd. accepts LC, T/T, D/P, PayPal, Western Union, Small-amount payment as the preferred payment method, the trade term is FOB, CIF, CFR, and shipments are typically arranged from port Ningbo Port, Shanghai Port, ensuring secure and timely international delivery.
What is the current price of High Stability Silicon Chip with Exceptional Dimensional Integrity?
The supplier Zhejiang Zegota Precision Technology Co., Ltd. offers High Stability Silicon Chip with Exceptional Dimensional Integrity at negotiation.
What are the specifications of High Stability Silicon Chip with Exceptional Dimensional Integrity from China?
High Stability Silicon Chip with Exceptional Dimensional Integrity is sourced from China and meets international export standards. Key specifications include: Specification: Customized, HS Code: 8542399000, Trademark: ZEGOTA, Material: Silicon Dioxide,Sin,, Transport Package: Carton Packaging, Model: Customized, Trade Term: FOB, CIF, CFR, Payment Term: LC, T/T, D/P, PayPal, Western Union, Small-amount payment
You are viewing details for High Stability Silicon Chip with Exceptional Dimensional Integrity. The information provided here is either posted directly by the supplier, who is responsible for its accuracy, or collected by Freshdi AI from publicly available sources. Freshdi strives to make product information as useful and reliable as possible, but we do not guarantee complete accuracy. If you notice any incorrect or misleading details, please use the Report Product option so our team can review and address it quickly.
$199.9
/ Piece
Min. order: 10 Piece
Mr. Zegota
Year Established: 2018-11-19
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