Introduction
Fujifilm has taken a decisive step to strengthen its semiconductor materials business with a 13-billion-yen investment in a new advanced materials building at its Shizuoka Factory. This facility, part of Fujifilm Electronic Materials (FFEM), began operations in November 2025.
The expansion is set to accelerate research, development, and quality evaluation of next-generation semiconductor materials, positioning Fujifilm as a key player in the rapidly growing global semiconductor market.
The new building is not just an addition to the company’s infrastructure—it is a strategic move to meet increasing demand for semiconductors used in AI data centers, 5G networks, Internet of Things (IoT) devices, and advanced sensors.
As the semiconductor industry experiences exponential growth, Fujifilm is reinforcing its commitment to innovation, quality, and supply chain stability.
Follow us on Linkedin for everything around Semiconductors & AI
5 Key Takeaways
- Fujifilm has completed a new 6,400㎡ advanced materials building to boost semiconductor R&D.
- The facility uses a full seismic isolation structure, ensuring uninterrupted operation during earthquakes.
- Operations begin in November 2025, supporting urgent global demand for next-generation semiconductor materials.
- Fujifilm invested 13 billion yen to strengthen quality evaluation, cleanrooms, and AI-enabled inspection capabilities.
- The building accelerates development of advanced resists and Wave Control Mosaic™ materials, key for EUV chips and image sensors.
A Big Bet on the Semiconductor Boom
The semiconductor market is growing at an unprecedented pace. AI adoption, the rollout of 5G infrastructure, and the expansion of connected devices are reshaping global demand. Among all chip types, advanced semiconductors for AI are recording the strongest growth.
Fujifilm’s semiconductor materials business has directly benefited from this shift. Sales increased 1.7 times between FY2021 and FY2024, making it a key driver of the Fujifilm Group’s overall growth.
To keep pace with this surge, Fujifilm has invested heavily in its production and R&D infrastructure:
- 100 billion yen invested from FY2021–FY2024
- Another 100 billion yen or more planned for FY2025–FY2026
The new Shizuoka building is a core part of this long-term investment plan.
techovedas.com/14b-investment-90-market-share-hanmi-semiconductor-leads-the-hbm-bonder-market
Inside the New Shizuoka Facility
| Category | Details |
|---|---|
| Location | Kawajiri, Yoshida-cho, Haibara-gun, Shizuoka Prefecture (within FFEM Shizuoka Factory) |
| Total Floor Area | Approximately 6,400㎡ |
| Structure | Steel frame with full seismic isolation |
| Floors | 4 floors above ground |
| Start of Operation | November 2025 |
| Total Investment Value | Approximately 13 billion yen (building + equipment) |
| Description | Enhancement of quality evaluation functions for developing/producing advanced resists and Wave Control Mosaic™, including new cleanrooms and inspection equipment |
The building spans 6,400 square meters across four floors. It uses a steel frame design with a full seismic isolation structure — crucial for Japan’s earthquake-prone environment. The cleanroom is built 12 meters above ground level, protecting critical equipment and materials from potential flooding.
Key Capabilities of the New Building
1. State-of-the-art cleanrooms
The facility includes high-cleanliness cleanrooms equipped with the latest evaluation tools. These rooms support the development and quality testing of advanced resists and other semiconductor materials.
2. AI-powered particle inspection
Fujifilm has introduced AI image recognition technology for microscopic particle inspection. This boosts analysis accuracy and enhances process control for high-purity materials used in chip manufacturing.
3. Strengthened quality evaluation systems
The building consolidates testing and evaluation capabilities. This allows Fujifilm to meet the strict performance, and reliability demands of cutting-edge chip production.
4. Digital transformation (DX) department
A dedicated DX team will introduce AI, data analytics, and digital tools into manufacturing. This supports higher quality, improved yields, and stable supply.
5. Robust business continuity planning (BCP)
The structure uses an RC column-head seismic isolation system, ensuring it remains operational during earthquakes. The elevated cleanroom protects against natural disasters, reducing production risk.
Accelerating Innovation in Next-Generation Materials
Fujifilm’s strength lies in its deep materials science capabilities. The new building will accelerate R&D and evaluation for the company’s most advanced product lines.
Advanced Resists for Cutting-Edge Lithography
Lithography is the heart of semiconductor manufacturing. Fujifilm produces a wide range of high-performance photoresists, and the new building enhances its ability to develop next-generation materials for:
- EUV (Extreme Ultraviolet) lithography – essential for sub-10nm nodes
- ArF resists – widely used in advanced manufacturing
- NIL (Nanoimprint Lithography) materials
- PFAS-free resists – meeting global environmental regulations
EUV remains a challenge for the industry due to its extreme precision requirements. Fujifilm’s expanded evaluation capabilities will help chipmakers push feature sizes smaller while maintaining performance and yield.
techovedas.com/xizhi-chinas-first-electron-beam-lithography-machine-breaks-tech-barriers
Wave Control Mosaic™: A Global Leadership Product
The new building will enhance development of Wave Control Mosaic™, Fujifilm’s world-leading materials for controlling electromagnetic light waves. This group of materials includes:
- Color filter materials for CMOS image sensors
- Materials used in cameras, smartphones, and industrial imaging devices
Wave Control Mosaic™ is a strategic global product. Faster development and testing will help Fujifilm meet demand from sensor manufacturers worldwide.
Polyimides for Next-Gen Packaging
Fujifilm has already invested in scaling its production systems for polyimides, which are essential for advanced semiconductor packaging.
As AI chips become larger and more complex, packaging materials must handle higher heat, more interconnect layers, and improved reliability.
The new facility will support further innovation in packaging materials for AI and high-performance computing.
Why This Expansion Matters
The global semiconductor market is expected to almost double by 2030. AI data centers, edge computing, AR/VR devices, electric vehicles, and industrial automation will all require more advanced materials.
Fujifilm aims to lead this transformation.
The new building is not just about capacity. It is about achieving:
- Faster development cycles
- Higher material purity
- Stronger quality control
- Greater supply chain resilience
- Better alignment with customer needs
- Leadership in next-generation materials
As chipmakers push technological limits, material suppliers must match that pace. Fujifilm is positioning itself as an innovation engine in the semiconductor ecosystem.
Conclusion
Fujifilm’s new semiconductor materials building in Shizuoka represents a major milestone in its global strategy. With advanced cleanrooms, AI-enabled inspection tools, and a focus on next-generation materials like EUV resists and Wave Control Mosaic™, the company is preparing for the next decade of semiconductor growth.
As demand for AI and advanced chips accelerates, Fujifilm is strengthening both its R&D engine and its stable global supply system. The new facility will help the company support leading chipmakers worldwide and secure its place as a top-tier semiconductor materials supplier.
Stay ahead at @techovedas.com of the curve, don’t miss out on these groundbreaking announcements that could transform the tech landscape.
