by Case Study: Applied Materials’ Strategic Expansion & Etch Equipment Momentum in India (2023–2025)
1. Background: A National Push Toward Semiconductor Independence
With the launch of India’s $10 billion Semicon India Program, the Government of India aimed to build a self-reliant semiconductor ecosystem. Focus areas included:
-
Wafer fabrication (fab) units
-
ATMP (Assembly, Testing, Marking, and Packaging) facilities
-
A robust supply chain for fab equipment, including etching, deposition, and lithography systems
The etch segment—responsible for precisely removing material from wafers to define transistor structures—emerged as a critical node in this roadmap.
2. Applied Materials: $400 Million Bet on Indian Semiconductor Engineering
In May 2023, Applied Materials, a global leader in chip fabrication tools, committed $400 million over four years to establish a Collaborative Engineering Center in Bengaluru. Key features include:
-
Focus: Advanced R&D on etch and deposition equipment
-
Collaboration: With Indian startups, academia (IISc, IITs), and chip design firms
-
Talent Development: Over 500 new high-tech jobs by 2026
-
Sustainability: Development of energy-efficient plasma etch systems
Strategic intent: To localize innovation and production, shorten time-to-market, and enable customized tools for 28nm to 65nm nodes, aligning with India’s initial fab targets.
3. Government and Ecosystem Support
-
India Semiconductor Mission (ISM) facilitated land allotments, fast-tracked approvals, and disbursed incentives to attract players like Applied, Lam Research, and Tokyo Electron.
-
States like Gujarat and Karnataka offered additional CAPEX subsidies, making them prime locations for fab and equipment cluster development.
-
In 2024, the government granted 50% financial assistance for chip-related capital goods, specifically encouraging procurement of etch, CMP, and lithography tools.
4. Market Progress (2023–2025)
| Year | Key Development | Impact |
|---|---|---|
| 2023 | Applied Materials invests in R&D hub | Increased awareness and domestic supplier partnerships |
| 2024 | Micron announces ATMP unit in Gujarat | Triggered demand for backend plasma etch and wet etch tools |
| 2025 | Tata Group accelerates foundry plans | Early-stage procurement of dry etch equipment from global OEMs begins |
-
Estimated Etch Equipment Market Size in India by 2025:
$125–150 million, up from ~$60 million in 2022
(CAGR ~25%)
5. Technical Highlights of Etch Equipment Demand
-
Types of etching in demand:
-
Reactive Ion Etching (RIE)
-
Deep Reactive Ion Etching (DRIE) for MEMS
-
Wet etching systems for back-end packaging
-
-
Applications:
-
DRAM and NAND packaging (Micron)
-
CMOS image sensors
-
Microcontrollers and power ICs (Tata-TSMC rumors)
-
-
Key buyers/influencers:
-
Micron Technology (for ATMP tools)
-
Tata Electronics (fab-level interest)
-
Sahasra Electronics (OSAT unit)
-
6. Conclusion: India’s Etch Equipment Landscape Is Taking Root
This case shows that India is evolving from a pure chip design hub into a fabrication and tooling destination. The partnership of Applied Materials with India’s engineering ecosystem reflects how:
-
Localized tool design
-
Skilled workforce
-
Robust government incentives
…can seed a sustainable etch equipment market.
By 2025, India is expected to be on the radar for global tool makers not just as a buyer, but also as an R&D partner and manufacturing base for customized etching tool
