For decades, Fujifilm was best known worldwide for photographic film and cameras. But as digital technology disrupted the photography industry, the company aggressively diversified into healthcare, advanced materials, electronics, and biotechnology.

Its semiconductor materials business has become one of its fastest-growing divisions.

According to Fujifilm, semiconductor-related operations recorded strong growth between fiscal years 2021 and 2025, with average annual sales growth of around 20%. The company has invested more than ¥100 billion into expanding semiconductor materials capabilities during that period.

The company now supplies a wide range of materials used throughout semiconductor production, including:

• CMP slurries used for wafer polishing
• Post-CMP cleaning chemicals
• Photosensitive dielectric materials for advanced packaging
• Polyimide materials used in chip manufacturing processes

These products may not receive the same attention as AI processors from companies like Nvidia, AMD, or other chip designers, but they are essential pieces of the semiconductor ecosystem.

Without advanced materials, even the world’s most powerful AI chip designs cannot become reality.

Why AI Is Changing the Semiconductor Supply Chain

The explosive growth of generative AI has transformed the semiconductor industry.

Companies building AI models require massive computing power, creating huge demand for:

• Advanced GPUs
• High-bandwidth memory
• Cutting-edge packaging technologies
• Semiconductor manufacturing materials

The competition is no longer only about who designs the fastest chip. It is also about who controls the supply chain behind those chips.

Japan has been trying to rebuild its semiconductor influence after losing significant market share over the past decades to Taiwan, South Korea, and the United States.

Government-backed projects such as Rapidus are part of Japan’s effort to revive domestic chip production, particularly in advanced manufacturing technologies.

Companies like Fujifilm could play a crucial role by supplying the materials needed for this next generation of chip factories.

Fujifilm’s Expansion Comes as AI Demand Reshapes Japan’s Tech Industry

The semiconductor race has become a strategic priority for Japan as countries worldwide compete to secure critical technology supply chains.

The United States, Japan, South Korea, Taiwan, and Europe have all increased investments in semiconductor production following supply shortages and rising geopolitical tensions.

For Fujifilm, expanding semiconductor materials production offers a path to reduce dependence on slower-growth businesses while capturing opportunities created by AI.

The company’s latest facility expansion focuses specifically on materials required for advanced chips, including those designed for AI applications and future data center demand.

The Bigger Question: Can Fujifilm Become an AI Powerhouse Without Making Chips?

Unlike companies such as TSMC, Samsung, or Intel, Fujifilm is not trying to manufacture processors.

Instead, its strategy is to dominate a less visible but equally important part of the industry: the materials that make advanced chips possible.

This strategy could prove valuable because semiconductor manufacturing is becoming increasingly dependent on specialized suppliers.

As chip technology advances toward smaller manufacturing processes and more complex packaging designs, demand for highly precise materials is expected to grow.

Fujifilm is betting that the future of AI will not only belong to chip designers — but also to the companies providing the invisible technology behind them.