SSD Producers Factory Introduction
Founded in 2012, Indilinx is a national high-tech enterprise, specializing in chip design, software development, packaging and testing, manufacturing, and applications within the storage chip sector.
We have established long-term partnerships with leading storage manufacturers in Taiwan, South Korea, the United States,and other countries, jointly advancing the imminent “digital storage” Over the past 14 years, our products have been widely adopted across main stream PC and industrial markets, They have earned widespread recognition and trust from customers, meeting the evolving demands of users and economic development, With a professional management team, top-tier equipment investment,leading technological innovation, sophisticated manufacturing processes, and stringent quality standards, Indilinx has become one of China’s most specialized storage manufacturers. We deliver high quality products and reliable services to customers in the data storage sector.
Indilinx Office Address
Indilinx Technology Co., Ltd. is headquartered in Shenzhen, China, a global hub for technology innovation and manufacturing. The company’s office and production facility are located at Building C, Baiyang Industrial Zone, No. 44 Kengwei Road, Shiyan Street, Bao’an District. This strategic location provides efficient access to supply chains, logistics networks, and international markets, supporting Indilinx’s mission to deliver high-quality storage solutions worldwide. The facility houses advanced production lines, R&D labs, and quality control centers, ensuring seamless integration of design, manufacturing, and testing processes. With a commitment to operational excellence, Indilinx leverages its geographic and infrastructural advantages to serve customers across consumer, industrial, and enterprise sectors.
Strategic Location in Shenzhen
Benefiting from Shenzhen’s robust tech ecosystem and supply chain advantages for agile production and global distribution.
Advanced Manufacturing Facility
Equipped with state-of-the-art SMT lines and strict quality control across 25 production processes.
Indilinx Factory Quality Certification
Indilinx Technology Co., Ltd. adheres to globally recognized quality management standards, holding ISO 9001 certification to ensure rigorous control across all production processes. The company’s manufacturing facility implements strict quality checks at 25 critical stages—from chip design and SMT assembly to final packaging—guaranteeing consistency and reliability in every product. All Indilinx storage solutions, including SSDs, RAM modules, USB flash drives, and Micro SD cards, comply with international certifications such as CE, FCC, and ROHS, reflecting compliance with safety, electromagnetic compatibility, and environmental sustainability requirements. The factory employs advanced testing equipment and automated inspection systems to validate performance parameters like read/write speeds, temperature tolerance, and shock resistance. With a dedicated quality assurance team and continuous improvement protocols, Indilinx maintains traceability for every component, ensuring rapid response to deviations and sustained alignment with industrial and consumer standards. This certification framework supports Indilinx’s mission to deliver high-quality, durable storage products tailored for diverse applications, from consumer electronics to industrial systems.
LIndilinx Factory Workshop Showcase
Indilinx’s factory workshop exemplifies cutting-edge manufacturing in the storage industry, leveraging over 14 years of expertise. Our facility implements strict quality control across 25 production processes, ensuring high reliability for SSD and RAM products. Equipped with state-of-the-art machinery, including automated SMT lines, precision testing cabinets, and efficient assembly systems, we adhere to international standards like CE, FCC, and ROHS. This robust setup supports our commitment to innovation and quality, delivering durable storage solutions for global clients in diverse applications from PCs to industrial markets.
01
Yamaha SMT Mounter – SMT Mounting Process
02
Huihongyu RDT High-Temperature Test Cabinet – RDT Testing Process
03
Huihongyu BIT Aging Test Cabinet (SATA) – BIT Aging Test Process
04
Custom BIT Aging Test Cabinet (PCIE) – BIT Aging Test Process
05
Martin MT-1000 Board Separator – Board Separation Process
06
Helixin Fully Automatic Board Loader – Board Loading Process
07
GKG G9 Fully Automatic Printer – Printing Process
08
Yamaha High-Speed Mounter – High-Speed Mounting Process
09
Jintuo Reflow Soldering – Reflow Soldering Process
1. Yamaha SMT Mounter – SMT Mounting Process
This machine handles precise component placement on PCBs for storage devices. It ensures high-speed, accurate mounting, crucial for miniaturized designs.
Advantages:
- High-speed operation
- Precision placement
- Enhanced productivity
2. Huihongyu RDT High-Temperature Test Cabinet – RDT Testing Process
It conducts rigorous high-temperature tests to validate product durability under extreme conditions, ensuring long-term reliability.
Advantages:
- Validates thermal stability
- Detects early failures
- Improves product lifespan
3. Huihongyu BIT Aging Test Cabinet (SATA) – BIT Aging Test Process
This cabinet performs aging tests on SATA SSDs under high temperatures, simulating extended usage to identify potential issues.
Advantages:
- Accelerated life testing
- Ensures SATA compatibility
- Enhances product reliability
4. Custom BIT Aging Test Cabinet (PCIE) – BIT Aging Test Process
Designed for PCIe SSDs, it runs aging tests at room temperature to verify stability and performance over time for gaming and AI applications.
Advantages:
- PCIe-specific validation
- Stable performance check
- Cost-effective testing
5. Martin MT-1000 Board Separator – Board Separation Process
It accurately separates PCBs after assembly, minimizing damage and ensuring clean cuts for efficient production flow.
Advantages:
- Precise board separation
- Minimal material waste
- High operational safety
6. Helixin Fully Automatic Board Loader – Board Loading Process
Automates PCB loading onto production lines, reducing manual handling and increasing throughput with consistent precision.
Advantages:
- Automated loading
- Increased efficiency
- Reduced labor costs
7. GKG G9 Fully Automatic Printer – Printing Process
Applies solder paste with high accuracy for SMT processes, ensuring even deposition and reducing defects in storage device manufacturing.
Advantages:
- Consistent printing quality
- High speed application
- Low paste waste
8. Yamaha High-Speed Mounter – High-Speed Mounting Process
It rapidly places micro-components on boards, supporting high-volume production with exceptional speed and accuracy for SSDs and RAM.
Advantages:
- Ultra-fast placement
- High component accuracy
- Scalable for large batches
9. Jintuo Reflow Soldering – Reflow Soldering Process
This oven provides controlled heating across zones for reliable solder joints, essential for durable connections in storage products.
Advantages:
- Uniform temperature distribution
- Strong solder joints
- Energy-efficient operation
01
Yamaha SMT Mounter – SMT Mounting Process
This machine handles precise component placement on PCBs for storage devices. It ensures high-speed, accurate mounting, crucial for miniaturized designs.
Advantages:
- High-speed operation
- Precision placement
- Enhanced productivity
02
Huihongyu RDT High-Temperature Test Cabinet – RDT Testing Process
It conducts rigorous high-temperature tests to validate product durability under extreme conditions, ensuring long-term reliability.
Advantages:
- Validates thermal stability
- Detects early failures
- Improves product lifespan
03
Huihongyu BIT Aging Test Cabinet (SATA) – BIT Aging Test Process
This cabinet performs aging tests on SATA SSDs under high temperatures, simulating extended usage to identify potential issues.
Advantages:
- Accelerated life testing
- Ensures SATA compatibility
- Enhances product reliability
04
Custom BIT Aging Test Cabinet (PCIE) – BIT Aging Test Processs
Designed for PCIe SSDs, it runs aging tests at room temperature to verify stability and performance over time for gaming and AI applications.
Advantages:
- PCIe-specific validation
- Stable performance check
- Cost-effective testing
05
Martin MT-1000 Board Separator – Board Separation Process
It accurately separates PCBs after assembly, minimizing damage and ensuring clean cuts for efficient production flow.
Advantages:
- Precise board separation
- Minimal material waste
- High operational safety
06
Helixin Fully Automatic Board Loader – Board Loading Process
Automates PCB loading onto production lines, reducing manual handling and increasing throughput with consistent precision.
Advantages:
- Automated loading
- Increased efficiency
- Reduced labor costs
07
GKG G9 Fully Automatic Printer – Printing Process
Applies solder paste with high accuracy for SMT processes, ensuring even deposition and reducing defects in storage device manufacturing.
Advantages:
- Consistent printing quality
- High speed application
- Low paste waste
08
Yamaha High-Speed Mounter – High-Speed Mounting Process
It rapidly places micro-components on boards, supporting high-volume production with exceptional speed and accuracy for SSDs and RAM.
Advantages:
- Ultra-fast placement
- High component accuracy
- Scalable for large batches
09
Jintuo Reflow Soldering – Reflow Soldering Process
This oven provides controlled heating across zones for reliable solder joints, essential for durable connections in storage products.
Advantages:
- Uniform temperature distribution
- Strong solder joints
- Energy-efficient operation