Japanese optical and imaging equipment leader Canon Inc. is laying the groundwork to support India’s nascent semiconductor manufacturing ecosystem by establishing dedicated technology and service centers within the country. Confirmed by Canon India President and Chief Executive Officer Toshiaki Nomura, the company has initiated high-level discussions with all major entities driving approved domestic semiconductor projects to supply critical lithography equipment and establish on-ground engineering support.
The planned footprint marks an expansion for Canon beyond its traditional consumer imaging, office printing, and commercial surveillance operations in India. As multiple multi-billion-dollar semiconductor fabrication and advanced packaging projects—including facilities backed by the Tata Group and international joint-venture partners—advance through construction phases under the India Semiconductor Mission (ISM), Canon plans to deploy local support hubs to provide round-the-clock maintenance, machine calibration, and operational engineering for its photolithography and nanoimprint systems.
Key Takeaways
- Dedicated Technical Infrastructure: Canon plans to set up local technology and service centers in India, designed to deliver 24/7 technical, maintenance, and process engineering support to domestic chipmakers.
- Active Engagement With Major Projects: Leadership confirmed active dialogues with developers behind key semiconductor fabrication and assembly-and-test (ATMP/OSAT) projects currently under construction across India.
- Supplying Core Lithography Equipment: The Japanese major intends to deploy its semiconductor manufacturing machinery—spanning optical steppers (i-line and KrF scanners) as well as its proprietary nanoimprint lithography (NIL) systems.
- Aligning With National Industrial Policy: The move leverages the Union Government’s ₹76,000 crore incentive package under the India Semiconductor Mission, which provides up to 50% fiscal support for capital expenditure.
- Long-Term Ecosystem Commitment: While commercial agreements remain under non-disclosure agreements ahead of formal deployment milestones, Canon stated that local infrastructure will scale as commercial fab construction dates crystallize.
THE SEMICONDUCTOR MANUFACTURING SUPPLY CHAIN INTEGRATION
GOVERNMENT OF INDIA (India Semiconductor Mission - ₹76,000 Cr Subsidies)
│
▼
FABRICATION & ATMP/OSAT PROJECTS UNDER CONSTRUCTION
• Tata Electronics (Dholera 28nm/40nm Fab & Assam OSAT)
• CG Semi / Renesas (Sanand OSAT Facility)
• Kaynes Semicon & Micron Technology Assembly Lines
│
▼
CRITICAL CAPITAL EQUIPMENT & LITHOGRAPHY BOTTLENECK
│
┌─────────────────────────┴─────────────────────────┐
│ │
CANON EQUIPMENT INGESTION LOCAL SUPPORT INFRASTRUCTURE
• i-Line & KrF Optical Steppers • In-Country Technology Centers
• Advanced Packaging Scanners • 24/7 On-Site Maintenance Teams
• Nanoimprint Lithography (NIL) • Rapid Spares & Process Tuning
The Operational Rationale: Why Equipment Makers Need Local Service Hubs
In semiconductor manufacturing, photolithography—the process of transferring microscopic integrated circuit patterns onto silicon wafers using ultraviolet light or mechanical stamping—represents the single most capital-intensive and operationally sensitive phase of chip fabrication.
Lithography tools operate inside ultra-clean cleanrooms (Class 1 to Class 10 environments) under strict vibration and thermal controls. Because a modern commercial fabrication plant incurs tens of thousands of dollars in financial losses for every hour of downtime, global chipmakers do not operate without comprehensive, on-site equipment maintenance contracts.
“Now everybody knows semiconductor manufacturing is the buzzword in India,” Canon India President and CEO Toshiaki Nomura stated in an interview with the Press Trust of India (PTI). “We have lithographic machines to produce those chips. We bring our technologies to assist chip manufacturers to produce chips in India, which represents a great opportunity for us.”
Nomura outlined the operational necessity of establishing domestic technical centers:
“Once a project is confirmed, we need 24×7 support for the chip manufacturer. In that sense, we will bring our technologies and service centers into India. That is our plan.”
Establishing local facilities ensures that Canon field-service engineers, precision optics specialists, and spare-parts depots are co-located near industrial corridors, eliminating the cross-border logistics delays that occur when flying in technical specialists from Japan or Singapore for routine machine recalibrations.
Canon’s Product Portfolio: Practical Fits for India’s Initial Fabs
While Dutch giant ASML commands a monopoly over Extreme Ultraviolet (EUV) lithography systems—which are required to print sub-3-nanometer nodes for bleeding-edge smartphones and AI accelerators—India’s current industrial strategy focuses primarily on legacy nodes (28nm, 40nm, 65nm and above), power semiconductors, and advanced packaging.
This alignment matches Canon’s established industrial strengths across the lithography spectrum:
| Lithography Technology | Operating Node Spectrum | Practical Application in Indian Projects |
| i-Line Steppers (FPA-5550 / 3030 Series) | Substrates $\le$200mm/300mm; coarse features ($>$350nm) | Power semiconductors, analog circuits, microcontrollers, automotive sensors, and IoT devices. |
| KrF Scanners (FPA-6300 Series) | Deep Ultraviolet (DUV) 248nm; down to 130nm–65nm | Legacy logic microprocessors, memory controllers, and baseband communication silicon. |
| Back-End Advanced Packaging (FPA-5520iV / 8000iW) | Large exposure panels and high-resolution wafer-level packaging | High-density 2.5D/3D chip packaging, wafer-level chip scale packaging (WLCSP), and OSAT testing. |
| Nanoimprint Lithography (NIL – FPA-1200NZ2C) | Direct mechanical pattern stamping down to 5nm | Low-power logic scaling with roughly 90% lower power consumption than EUV systems. |
1. Mature Node and Automotive Logic
India’s first commercial mega-fab—the Tata Electronics facility in Dholera, Gujarat, developed in technology partnership with Taiwan’s Powerchip Semiconductor Manufacturing Corporation (PSMC)—targets production nodes spanning 28nm, 40nm, and 90nm. These nodes form the backbone of global automotive electronics, power management integrated circuits (PMICs), industrial automation, and consumer white goods.
Canon’s mature-node Deep Ultraviolet (DUV) KrF and i-line tool suites provide a lower cost-of-ownership model for mature nodes than competing multi-patterning tools.
2. Advanced Packaging and OSAT Facilities
A significant portion of India’s immediate chip pipeline consists of Outsourced Semiconductor Assembly and Test (OSAT) units, such as Micron’s memory assembly plant in Sanand, CG Semi’s joint venture with Renesas, and Tata Electronics’ packaging facility in Jagiroad, Assam.
Canon’s specialized back-end lithography tools (such as the FPA-5520iV series) are designed specifically for thick-resist packaging, fan-out wafer-level packaging, and panel-level processing, areas where domestic Indian assembly units are expected to generate immediate equipment demand.
3. The Nanoimprint (NIL) Alternative
Canon continues to commercialize its Nanoimprint Lithography (NIL) technology, which bypasses traditional optical projection entirely by mechanically pressing a patterned mask directly into a liquid resist on the wafer. Because NIL eliminates high-power laser light sources, complex mirrors, and cryogenic cooling systems, it slashes power consumption by up to 90% compared to EUV tools while enabling pattern replication down to advanced dimensions.
For emerging manufacturing ecosystems like India, which face high cleanroom electricity loads, NIL presents an alternative path for future capacity expansions.
Strategic Context: Moving Past the Tooling Bottleneck
The decision by Canon to plan local technology centers addresses a long-standing vulnerability in India’s semiconductor roadmap: the absence of an indigenous semiconductor equipment and materials (SEMI) ecosystem.
┌────────────────────────────────────────────────────────────────────────┐
│ THE INDIAN SEMICONDUCTOR ECOSYSTEM STACK │
├──────────────────────────────┬─────────────────────────────────────────┤
│ UPSTREAM: TOOLING & OPTICS │ • Canon Technology & Service Centers │
│ (The Missing Link) │ • Applied Materials / Lam Research Labs │
│ │ • Specialized gas, chemical, wafer prep │
├──────────────────────────────┼─────────────────────────────────────────┤
│ MIDSTREAM: FRONT-END FABS │ • Tata-PSMC Dholera Commercial Fab │
│ (Silicon Wafer Processing) │ • Future analog and compound fabs │
├──────────────────────────────┼─────────────────────────────────────────┤
│ DOWNSTREAM: BACK-END OSAT │ • Micron Sanand Packaging Facility │
│ (Assembly, Testing, Boxing) │ • Tata Jagiroad & CG Semi OSAT plants │
└──────────────────────────────┴─────────────────────────────────────────┘
Historically, developing nations seeking to establish domestic chip industries have struggled when relying on remote vendor support located thousands of miles away. Equipment suppliers like Applied Materials and Lam Research have established engineering and virtual prototyping centers in Bengaluru; however, physical fabrication facilities in Gujarat, Assam, and northern industrial corridors require field-deployed tool engineers on site.
By planning dedicated technology centers, Canon provides assurance to institutional investors and project lenders that expensive lithography assets will receive immediate domestic maintenance, mitigating operational risk for project developers seeking commercial bank debt.
What Remains Uncertain
While Canon’s intent marks an important development for India’s electronics hardware ambitions, several project-level milestones remain unconfirmed:
- Specific Geographic Hubs: Canon has not yet announced the precise locations for its planned service centers. They will likely be co-located near approved industrial clusters—such as the Dholera Special Investment Region (SIR) and Sanand in Gujarat, or near assembly hubs in Assam and Tamil Nadu.
- Customer Contracts and Tool Orders: While Canon confirmed discussions across major domestic projects, formal purchase orders for specific tool models remain subject to fab construction timelines and cleanroom readiness schedules.
- Talent Pipeline and Training: Precision lithography servicing requires specialized optical and mechanical engineering expertise. Canon will need to establish domestic training programs or rotate Indian engineers through its manufacturing hubs in Utsunomiya and Ayase, Japan, to build local field engineering teams.
What Happens Next
Over the coming quarters, Canon’s industrial equipment division will align its setup timelines with the civil commissioning of India’s earliest fab buildings:
- Formal Site Surveys: Canon’s technical teams are expected to conduct on-site utility and cleanroom vibration assessments with participating Indian project consortia.
- Service Hub Deployment: As cleanroom superstructures near completion in Gujarat and Assam, Canon will formalize the physical leases, calibration labs, and logistics centers for its in-country technology units.
- Broader Semiconductor Footprint: Canon India, which has sustained double-digit annual revenue growth in its traditional consumer and enterprise imaging operations, will integrate its industrial semiconductor equipment unit into its broader corporate structure.
Frequently Asked Questions
What is Canon planning to do in India’s semiconductor sector?
Canon is planning to establish dedicated technology and service centers in India to support domestic semiconductor manufacturing. The hubs will provide lithography equipment, machine installation, 24/7 technical servicing, and process optimization for local chip factories.
Has Canon signed deals with specific Indian chipmakers?
Canon confirmed that it has held discussions with developers driving all major approved semiconductor projects under the India Semiconductor Mission. However, specific customer partnerships and commercial order numbers remain under non-disclosure agreements ahead of formal deployment milestones.
What type of semiconductor machines does Canon manufacture?
Canon produces optical photolithography systems, including i-line steppers and Deep Ultraviolet (DUV) KrF scanners used for manufacturing mature-node chips (28nm to 130nm+), sensors, power discretes, and advanced packaging. It also produces Nanoimprint Lithography (NIL) systems capable of stamping patterns down to advanced sub-5nm nodes.
Why do semiconductor chipmakers need local equipment service centers?
Lithography machines are complex, multi-million-dollar optical tools that must operate continuously inside cleanrooms. Even minor downtime can disrupt entire wafer runs and cause financial losses. Having local technology and service centers ensures that certified engineers and spare parts are available on site 24/7 to maintain operations.
Get the day’s top stories in your inbox
One concise email. No spam, unsubscribe anytime.
