Semiconductor Assembly and Packaging Equipment Market Size & Outlook, 2026-2034

Semiconductor Assembly and Packaging Equipment Market Overview

The global semiconductor assembly and packaging equipment market size was estimated at USD 5.25 billion in 2025 and is anticipated to grow from USD 5.70 billion in 2026 till USD 11.22 billion by 2034, growing at a CAGR of 8.83% from 2026-2034. Growth is driven by rising demand for high-performance, compact electronics and the adoption of advanced technologies like 5G and AI, requiring sophisticated packaging solutions such as 3D/2.5D integration, HBM stacks, and chiplets.

Key Market Trends & Insights

• Asia Pacific held a dominant share of the global market with a market share of 66% in 2025.
• The North America region is growing at the fastest pace.
• Based on technology, hybrid or fine-pitch bonding is estimated to grow at a CAGR of 20.5%.
• Based on equipment type, hybrid / TCB bonders and aligners led the market share of 40% in 2025.
• The U.S. dominates the market in 2025.

Market Overview

• 2025 Market Size: USD 5.25 billion
• 2034 Projected Market Size: USD 11.22 billion
• CAGR (2026-2034): 8.83%
• Dominating Region: Asia Pacific
• Fastest-Growing Region: North America

The market is also being propelled by governmental and corporate initiatives to onshore packaging capacity, leading to a rise in capital expenditure for advanced tools such as hybrid bonders, die-attach, and precision metrology systems.

Latest Market Trends

Rapid commercialisation of hybrid and fine-pitch bonding

Advanced chip performance is increasingly driven by sophisticated packaging. Techniques like wafer-level hybrid bonding, direct copper-to-copper bonds and ultra-fine-pitch thermo-compression bonding are critical for high-performance memory (HBM), chiplets and logic. This is evident in equipment orders from businesses.

• For example, in Q1-Q2 2025, BE Semiconductor Industries (Besi) reported a rise in bookings for hybrid bonding tools specifically for HBM4 and leading-edge logic, citing follow-on orders from major foundries and memory customers.

This shift means higher revenue for equipment vendors, as advanced bonding tools are more expensive than traditional ones. As a result, companies are focusing on integrated solutions that combine tools, recipes, and metrology to speed up production and secure long-term contracts.

Verticalization and near-shoring of advanced packaging drives regional equipment hubs

Governments and major chipmakers have shifted their focus from front-end fabrication to advanced packaging. This shift is supported by government programs like the U.S. CHIPS National Advanced Packaging Manufacturing Program, which finalised awards totalling $1.4 billion in early 2025. This has led to new packaging and test centres

• For instance, in January 2025, GlobalFoundries announced the New York Advanced Packaging and Photonics Centre, the first-of-its-kind centre aiming to enable advanced packaging and test capabilities for U.S.-made essential chips used in AI, automotive, aerospace, defence, and other applications.

This trend expands the overall market for equipment vendors, as these new centres require both traditional and next-generation tools.

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Market Drivers

AI and data-centre compute and memory stacking requirements

The demand for AI is pushing the need for faster and denser chips, which is being met through packaging innovations like HBM stacks and chiplet-based accelerators. These advanced packages require specific, high-precision equipment to minimise latency.

• For example, in February 2025, ASE Technology projected revenue from leading-edge advanced packaging and testing is expected to more than double to USD 1.6 billion in 2025, reflecting strong AI chip packaging demand.

As hyperscalers and IDMs push for higher memory bandwidth and chip stacking, OSATs expand HBM and fine-pitch capacity. This creates a direct, long-term need for advanced tools like hybrid bonders and precision thermal control systems. Even a small increase in the volume of these high-value packages can lead to a large increase in equipment spending, making AI a significant driver for the market.

National industrial policy and CHIPS-era funding for domestic packaging

Governments now see advanced packaging as crucial for secure semiconductor supply chains. These programs reduce financial risk for companies to invest in expensive, capital-intensive equipment. They also accelerate procurement cycles and foster collaborations between the industry and national labs.

• For instance, in January 2025, the U.S. Department of Commerce finalised $1.4 billion in awards for its National Advanced Packaging Manufacturing Program (NAPMP) to boost domestic semiconductor manufacturing.

For equipment vendors, this creates predictable, multi-year opportunities to sell both capital equipment and local support services. These policies stimulate a surge in regional equipment orders and higher demand for aftermarket services.

Market Restraint

High CAPEX, long lead times and precision component shortages

Advanced packaging equipment is very expensive and relies on high-precision components, which often have long lead times. The high cost and long delivery times make it difficult for smaller companies to invest, causing a concentration of purchases among larger players or government-supported projects. Many mid-sized companies cannot justify the high capital expenditure without guaranteed long-term demand. This two-tiered market slows down the broad adoption of advanced equipment and limits the overall market growth rate.

Market Opportunity

Equipment and process bundles and “packaging-as-a-service” models

To accelerate the adoption of new packaging technology, equipment vendors are bundling their tools with process recipes and on-site engineering support.

• For instance, in April 2025, Applied Materials acquired a 9% stake in BE Semiconductor Industries (Besi), as a strategic investment to deepen their long-term collaboration on hybrid bonding technology for advanced semiconductor packaging.

This "packaging-as-a-service" model lowers the risk for customers and speeds up their time-to-yield. For vendors, this approach increases tool prices and creates a recurring revenue stream from services and consumables. For customers, it reduces ramp risk and speeds up qualification, leading to faster adoption of advanced packages.

Regional Analysis

Asia Pacific remains the dominant region for assembly and packaging equipment in 2025. The area hosts the world’s largest concentration of OSATs, foundries and downstream electronics manufacturing, which together generate the largest installed demand for both legacy and advanced packaging tools. Taiwan’s major OSATs and suppliers are expanding advanced packaging capacity to meet AI and mobile demand, signalling strong regional demand for tooling and metrology. Moreover, many advanced packaging innovations were first deployed in Asia-Pacific because large customers and foundries there pushed for early adoption. As a result, absolute equipment volumes and installed base service demand remain highest in Asia-Pacific even as other regions accelerate their own programs.

North American Market Trends

North America is the fastest-growing market for packaging equipment in 2025. The growth is driven by strategic public funding and large corporate projects that aim to onshore advanced packaging for strategic chips in AI, automotive, and defence. The U.S. Department of Commerce’s CHIPS National Advanced Packaging Manufacturing Program finalised about USD 1.4 billion in awards in January 2025 to accelerate domestic advanced packaging capacity and technology validation. Consequently, equipment vendors are adapting by creating local service hubs, training programs and process support to shorten customer ramp times. The combination of government programs, corporate investment, and local supply-chain development underpins faster percentage growth in equipment spending in North America.

Country Analysis

United States

The U.S. market is growing quickly, driven by new government funding. The CHIPS Act and other initiatives directly support domestic companies like GlobalFoundries and SK Hynix in building advanced packaging facilities. This funding reduces risk and encourages investment in high-end equipment like hybrid bonders. The focus is on producing high-value, complex packages such as HBM for AI, which creates a strong, near-term demand for specialised equipment and long-term service contracts.

Canada

Canada's market focuses on research and development. The government supports companies like IBM in expanding their R&D and pilot manufacturing sites. This means equipment purchases are for flexible, multi-process systems that support early production runs and proof-of-concept work. As these projects move from the lab to limited production, Canada's market will see steady growth, with an emphasis on equipment that comes with vendor partnerships for training and process development.

United Kingdom

The UK's market is centred on R&D, pilot manufacturing, and specialised, high-reliability packaging for niche applications. Government grants are used to scale up manufacturing for things like photonics and automotive sensors. Therefore, there is a demand for specialised tools, such as precision die-attach and high-resolution metrology systems, which are used to validate processes according to strict industry standards. This creates recurring revenue opportunities for equipment vendors who provide local service and process development.

China

China is aggressively expanding its domestic advanced packaging capabilities. This is supported by government policies aimed at achieving self-sufficiency. Companies are making substantial capital investments in equipment for fan-out WLP, flip-chip, and hybrid bonding. While the market emphasises rapid scale and price competition, the increasing complexity of modern packages (like HBM) is also creating a strong demand for higher-precision and more advanced hybrid bonders and metrology tools.

India

India has made packaging a national priority through its India Semiconductor Mission. Government approval of major joint ventures, such as HCL-Foxconn, and investments from large domestic groups are establishing new OSAT facilities. The initial equipment purchases are focused on modular, turnkey systems for die-attach and flip-chip lines. Government incentives lower investment risk, encourage foreign vendors to offer bundled service and training packages, accelerate local process qualification, and create early demand.

Technology Insights

Hybrid or fine-pitch bonding is the leading technology subsegment, driven by the explosive demand for advanced packaging solutions in high-performance computing (HPC) and artificial intelligence (AI). This technology is essential for creating high-density interconnects and 3D chip stacking, enabling heterogeneous integration and next-generation memory like High Bandwidth Memory (HBM). The need for superior performance, power efficiency, and miniaturisation in modern electronics, especially for data centre applications and GPUs, is the primary force behind its growth.

Equipment Type Insights

Hybrid / TCB Bonders and Aligners segment leads the market as it directly supports the advanced bonding technologies required for next-generation chips. The demand is fueled by the industry's shift towards chiplet-based designs and 2.5D/3D integration. These systems provide the ultra-precise alignment and force control necessary to create reliable connections at very small pitches. Their increasing adoption is a direct response to the need for higher yields and throughput in the production of complex, multi-die packages for AI accelerators, servers, and high-end consumer devices.

End Use Insights

OSAT companies are the dominant end-use segment. Their leadership is driven by the industry's trend of outsourcing back-end processes to specialised providers. This allows Integrated Device Manufacturers (IDMs) and fabless companies to focus on their core competencies of design and front-end fabrication. OSATs offer a cost-effective solution with economies of scale, while also providing flexible capacity and investing heavily in the state-of-the-art equipment and R&D for advanced packaging that is too expensive for many companies to develop in-house.

Competitive Landscape

The global semiconductor equipment market is moderately fragmented. OSATs andpackagers like ASE, Amkor, and JCET are focused on expanding their capacity and securing long-term contracts, which drives large-scale equipment orders. At the same time, equipment and material suppliers such as Besi, Kulicke & Soffa, ASMPT, and Applied Materials are investing heavily in advanced toolsets for hybrid bonding and metrology. Many vendors are also forming strategic partnerships to offer bundled services and local support, which generates recurring revenue streams.

BE Semiconductor Industries (Besi) – A Leading Player

Besi specialises in high-precision assembly equipment (notably hybrid and thermo-compression bonders). Besi’s revenue profile is a mix of recurring high-ASP tool sales and growing aftermarket/service contracts for process support and consumables, positioning it as a market leader for advanced bonding equipment.

Latest News:

• In April 2025, Besi reported higher bookings and Q1-2025 results, citing strong orders related to HBM and AI packaging demand.

List of key players in Semiconductor Assembly and Packaging Equipment Market

1. ASE
2. Amkor
3. JCET
4. Tongfu (TFME)
5. Besi (BE Semiconductor)
6. Kulicke & Soffa
7. ASMPT
8. Applied Materials
9. Tokyo Electron (TEL)
10. KLA
11. Lam Research
12. ASM International
13. Kulicke & Soffa (K&S)
14. TSMC
15. GlobalFoundries
16. SK hynix
17. Intel
18. Micron
19. Powertech (PTI)
20. Kaynes Technology
21. STMicroelectronics
22. Infineon
23. Intel

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Recent Developments

• April 2025 - Applied Materials announced it had acquired roughly 9% of BE Semiconductor Industries (Besi), a move that signals closer collaboration on hybrid and fine-pitch bonding toolchains and potential co-development.
• January 2025 - GlobalFoundries announced the establishment of a first-of-its-kind Advanced Packaging and Photonics Center at its Fab 8 campus in Malta, New York. The centre is intended to provide advanced packaging and test capabilities for U.S.-made chips used in AI, automotive, aerospace and defence.