Die Bonders for Semiconductor Packaging Market | Latest Analysis, Demand Trends, Growth Forecast

AI Accelerator Packaging Expansion Raising Demand for Die Bonders for Semiconductor Packaging Market Across OSAT and IDM Facilities

High-density packaging used in AI accelerators, HBM integration, RF modules, automotive power electronics, and advanced sensor devices has increased placement precision requirements for semiconductor assembly lines. This shift is directly influencing equipment procurement across the Die Bonders for Semiconductor Packaging Market, particularly in Asia-Pacific backend manufacturing clusters. In 2026, the market is estimated to surpass USD 1.9 billion, supported by aggressive investments in advanced packaging capacity, heterogeneous integration, and chiplet-based architectures.

Application concentration remains highly skewed toward advanced logic and memory packaging. Flip-chip die bonding, thermocompression bonding, and hybrid bonding compatible systems are witnessing faster deployment compared to conventional epoxy die attach platforms. AI GPUs, high-bandwidth memory stacks, SiP modules for smartphones, and automotive ADAS semiconductors collectively account for more than 54% of equipment demand in the Die Bonders for Semiconductor Packaging Market in 2026. OSAT companies and integrated device manufacturers are the largest customer groups, while outsourced advanced packaging lines operated for fabless semiconductor companies are generating a growing share of new equipment orders.

Major customer segments include:

• Advanced packaging OSAT companies
• Memory manufacturers
• Foundry-linked backend packaging facilities
• Automotive semiconductor assembly plants
• RF and photonics packaging companies
• Power semiconductor manufacturers
• Consumer electronics SiP module assemblers

The strongest concentration of die bonder procurement is currently visible in Taiwan, China, South Korea, Japan, Malaysia, and Singapore due to backend semiconductor ecosystem density and AI infrastructure-linked semiconductor demand growth.

Taiwan and South Korea Continue to Dominate Advanced Packaging Equipment Procurement

Taiwan remains the largest demand center for high-end die attach systems because of the concentration of advanced packaging activities linked to AI accelerators and HPC processors. In March 2025, Taiwan Semiconductor Manufacturing Company expanded CoWoS packaging capacity plans beyond 70,000 wafers per month to support AI accelerator demand from hyperscale customers. This capacity increase directly elevated demand for high-accuracy die bonders capable of handling chiplet integration and HBM assembly workflows. Backend tool suppliers operating in Taiwan reported lead-time extensions for advanced bonding systems during the second half of 2025 due to rapid procurement cycles.

The Taiwanese ecosystem is particularly important for the Die Bonders for Semiconductor Packaging Market because advanced packaging intensity per wafer is significantly higher in AI processors than in standard consumer ICs. Multiple bonding stages are required for HBM stacks, logic die integration, substrate assembly, and thermal management structures. This increases the number of die bonding tools installed per packaging line.

South Korea continues to show strong equipment demand from memory packaging operations. In January 2026, Samsung Electronics accelerated expansion of HBM4 packaging infrastructure linked to AI memory supply agreements. HBM packaging requires extremely fine alignment accuracy and thermocompression bonding capability, creating higher demand for advanced die bonders rather than traditional die attach systems. South Korea’s memory-focused backend ecosystem now represents one of the fastest-growing subsegments within the Die Bonders for Semiconductor Packaging Market.

SK hynix also increased advanced packaging investments through additional HBM production infrastructure during 2025–2026. The company’s growing supply agreements with AI GPU manufacturers increased backend assembly utilization rates, especially for stacked memory integration. This has strengthened procurement of hybrid bonding-compatible die attach systems and precision flip-chip platforms.

China Semiconductor Self-Sufficiency Programs Expanding Domestic Demand for Die Attach Equipment

China accounts for the highest unit shipment demand for conventional and mid-range die bonding systems because of its large semiconductor assembly ecosystem. Domestic OSAT expansion, power semiconductor manufacturing, and analog IC packaging collectively support large-scale equipment procurement.

In September 2025, Tongfu Microelectronics announced additional backend manufacturing expansion targeting AI, automotive, and high-performance computing semiconductor packaging. The company increased advanced packaging investment allocations exceeding USD 500 million equivalent for capacity enhancement projects. Such expansions increase demand for multi-chip die bonders, flip-chip systems, and automated optical alignment platforms.

China’s automotive semiconductor sector is also contributing to backend equipment demand growth. Electric vehicle inverter modules, silicon carbide MOSFETs, and power management ICs require reliable die attach processes with thermal stability. The rapid expansion of domestic EV manufacturing has increased procurement of eutectic die bonders and silver sintering compatible systems.

In 2026, China is estimated to account for nearly one-third of global installed capacity additions for standard semiconductor assembly equipment. However, the country still depends heavily on Japanese, Singaporean, South Korean, and European suppliers for high-precision advanced packaging die bonders. This technology gap is encouraging local equipment development initiatives supported through provincial semiconductor funding programs.

Advanced Packaging Transition in the United States Increasing High-Value Equipment Demand

The United States represents a smaller share of total equipment volume but a disproportionately large share of high-value advanced packaging systems. AI processor development, defense electronics, and domestic semiconductor reshoring policies are increasing demand for sophisticated packaging infrastructure.

In April 2024, Intel Corporation confirmed additional advanced packaging investments linked to its U.S. manufacturing roadmap, including Foveros and EMIB-related backend integration capacity. These packaging technologies require extremely high placement precision, particularly for chiplet architectures and heterogeneous integration.

The U.S. CHIPS and Science Act funding pipeline has accelerated backend ecosystem investments extending into 2026. Several advanced packaging pilot lines and substrate manufacturing projects announced between 2024 and 2026 increased procurement activity for precision die bonders, wafer-level bonding systems, and thermocompression equipment.

Demand from photonics and defense semiconductor packaging is also growing in the United States. Silicon photonics assembly requires micron-level placement accuracy for optical coupling applications, creating opportunities for ultra-high precision die bonders with automated vision systems.

Southeast Asia Becoming a Critical Outsourced Semiconductor Packaging Hub

Malaysia, Vietnam, Singapore, and the Philippines continue to strengthen their roles in outsourced semiconductor assembly operations. Lower manufacturing costs combined with geopolitical diversification strategies are shifting backend semiconductor investments toward Southeast Asia.

Malaysia remains one of the largest OSAT production hubs globally. In August 2025, Intel Corporation expanded packaging and testing operations in Penang as part of multi-billion-dollar regional investments. Increased packaging throughput requirements directly supported procurement of automated die attach and flip-chip bonding equipment.

Singapore continues to attract high-value packaging activities rather than labor-intensive assembly. Precision packaging for industrial semiconductors, RF modules, and automotive electronics is generating steady demand for advanced die bonding systems. Government-supported semiconductor manufacturing incentives have strengthened backend capital expenditure despite higher operating costs compared to neighboring countries.

Vietnam is emerging as a secondary destination for electronics assembly-linked semiconductor packaging operations. Smartphone module manufacturing and consumer electronics exports are driving gradual expansion in IC assembly capability. Although advanced packaging penetration remains limited, demand for standard die attach systems is increasing steadily.

Automotive Electrification and Power Semiconductor Packaging Supporting Equipment Demand

The automotive semiconductor supply chain has become an increasingly important contributor to the Die Bonders for Semiconductor Packaging Market. Electric vehicles use significantly higher semiconductor content compared to internal combustion engine vehicles, particularly in powertrain, battery management, onboard charging, and ADAS systems.

Power semiconductor packaging requires specialized die bonding processes because thermal conductivity and long-term reliability are critical performance parameters. Silicon carbide and gallium nitride devices increasingly utilize silver sintering and advanced attach technologies rather than traditional solder bonding.

In June 2025, Infineon Technologies expanded silicon carbide power semiconductor capacity linked to EV demand growth across Europe and China. Backend packaging expansions associated with these projects contributed to higher procurement of die attach equipment optimized for wide-bandgap semiconductors.

Automotive-qualified semiconductor packaging lines also require lower defect rates and higher process traceability compared to consumer electronics assembly. This is increasing adoption of AI-assisted inspection integration within die bonding platforms, especially in Europe and Japan.

Customer Concentration Patterns Showing Strong Dependence on Large Semiconductor Manufacturers

The Die Bonders for Semiconductor Packaging Market remains moderately concentrated from the customer perspective. A relatively small group of semiconductor manufacturers, OSAT companies, and memory suppliers accounts for a major share of high-end equipment purchases.

Large customers include:

Customer Category	Major Buyers	Primary Packaging Demand
Foundry-linked packaging	TSMC, Intel	AI accelerators, chiplets
Memory packaging	Samsung Electronics, SK hynix, Micron	HBM and stacked memory
OSAT companies	ASE, Amkor, JCET, Tongfu	Consumer, automotive, HPC
Automotive semiconductor firms	Infineon, STMicroelectronics	SiC and power devices
RF and mobile packaging	Qorvo, Skyworks	RF front-end modules

Advanced packaging lines require high capital intensity, making customer concentration structurally high. Procurement cycles are closely linked to AI server demand, smartphone flagship launches, automotive semiconductor supply contracts, and government-backed semiconductor manufacturing investments. As advanced packaging complexity rises, demand growth in the Die Bonders for Semiconductor Packaging Market is expected to remain strongest in precision thermocompression bonding, hybrid bonding, and high-speed flip-chip assembly systems rather than conventional wire-bond-oriented die attach platforms.

Heterogeneous Integration and Chiplet Packaging Increasing Precision Requirements in Die Bonders for Semiconductor Packaging Market

Technology evolution has become one of the strongest differentiators in the Die Bonders for Semiconductor Packaging Market because advanced semiconductor packaging now involves significantly tighter placement tolerances, multi-die stacking, wafer-level integration, and higher thermal management requirements compared to conventional IC assembly. The transition from monolithic chip scaling toward chiplet architectures is changing backend assembly economics and forcing semiconductor manufacturers to upgrade bonding platforms.

Traditional epoxy die attach systems continue to dominate high-volume analog, discrete, LED, and standard logic packaging lines. However, the fastest equipment growth is now concentrated in thermocompression bonding, hybrid bonding preparation, and high-speed flip-chip die placement systems. AI accelerators, HBM memory stacks, and advanced networking processors require sub-micron alignment precision, especially in 2.5D and 3D package integration.

In 2025, Advanced Semiconductor Engineering expanded advanced packaging investments targeting AI and HPC applications. The company increased backend integration capacity for high-density packaging platforms handling chiplet-based architectures. Such facilities require die bonders capable of ultra-low placement deviation and automated thermal compensation because package complexity directly affects yield performance.

The technology mix within the Die Bonders for Semiconductor Packaging Market is increasingly segmented between:

• Conventional die attach systems
• Flip-chip die bonders
• Thermocompression bonding platforms
• Hybrid bonding-compatible systems
• Wafer-to-wafer bonding tools
• Die-to-wafer bonding equipment
• High-speed LED die bonders
• Power semiconductor eutectic bonding systems

Among these, thermocompression and hybrid bonding compatible platforms are recording the strongest revenue growth because AI packaging requires higher I/O density and lower interconnect latency.

AI Accelerator Packaging Raising Adoption of Thermocompression Bonding Platforms

AI server deployment is directly influencing equipment architecture in semiconductor backend manufacturing. Large AI accelerators use multiple HBM stacks integrated alongside GPU or ASIC dies within advanced substrates. This substantially increases die placement complexity and thermal stress management requirements.

In February 2026, Amkor Technology announced additional advanced packaging expansion aligned with AI and high-performance computing applications. AI-related backend demand increased procurement activity for thermocompression die bonders capable of handling fine-pitch interconnect structures below 10 microns.

Conventional wire bonding remains relevant in automotive microcontrollers, analog ICs, sensors, and power management devices, but the proportion of advanced packaging in total semiconductor backend spending is increasing steadily. This shift is important because advanced packaging lines consume higher-value bonding equipment with more sophisticated motion control, machine vision, and thermal process systems.

The Semiconductor Industry Association and multiple Asian semiconductor trade organizations highlighted continued acceleration in AI server deployments through 2025 and 2026. AI server motherboard complexity and HBM integration density have increased the number of backend assembly steps per package, indirectly supporting demand for precision die bonders and inspection-integrated assembly tools.

Hybrid Bonding Development Influencing Future Die Bonders for Semiconductor Packaging Technology Roadmaps

Hybrid bonding is becoming strategically important for advanced semiconductor scaling beyond traditional bump pitch limitations. The technology combines dielectric and metallic interconnect bonding with extremely fine alignment requirements. Although hybrid bonding adoption remains concentrated in advanced logic and memory manufacturing, equipment suppliers are increasingly aligning product roadmaps around this transition.

Japanese and European equipment manufacturers remain highly competitive in precision bonding subsystems because of expertise in motion control, optics, and high-accuracy robotics. Hybrid bonding capable die attach systems require:

• Nanometer-scale motion accuracy
• Real-time thermal expansion compensation
• Advanced optical alignment systems
• Low-particle contamination handling
• Automated warpage correction
• AI-supported defect recognition

In October 2025, Besi expanded hybrid bonding equipment development for advanced semiconductor packaging applications. The company’s advanced die placement platforms targeted next-generation chiplet integration and fine-pitch memory assembly requirements. This development reflects broader OEM shifts toward heterogeneous integration-focused backend manufacturing.

Hybrid bonding adoption is also connected to logic foundry competition. Foundries increasing investment in chiplet packaging ecosystems are simultaneously expanding procurement of precision backend assembly equipment. As packaging density increases, equipment throughput alone becomes insufficient; alignment stability and yield consistency become more important purchasing parameters.

Die Bonders for Semiconductor Packaging Market Seeing Strong Shift Toward Fully Automated Systems

Automation intensity across semiconductor backend facilities has increased significantly due to labor cost pressures, defect reduction requirements, and throughput optimization. Semiconductor manufacturers are increasingly replacing semi-automatic die attach systems with fully automated platforms integrating AI-driven inspection and predictive maintenance functionality.

The transition is especially visible in China, Taiwan, Malaysia, and Singapore where large OSAT facilities are expanding advanced packaging lines. Modern die bonders now integrate:

Technology Area	Operational Impact
AI-assisted optical inspection	Reduces placement defects
Predictive maintenance analytics	Minimizes downtime
High-speed vision alignment	Improves throughput consistency
Automated warpage correction	Enhances yield in advanced substrates
Closed-loop thermal control	Stabilizes bonding precision
Multi-die handling systems	Supports chiplet packaging

Consumer electronics miniaturization is also increasing equipment sophistication. Smartphone RF front-end modules, wearable electronics, and compact SiP devices require smaller package footprints with higher functional density. This creates demand for high-speed, ultra-fine placement systems rather than standard die attach platforms.

Japan, Netherlands, Singapore, and South Korea Form Core Production Base for High-End Bonding Equipment

Production concentration in the Die Bonders for Semiconductor Packaging Market remains highly specialized because precision assembly equipment requires expertise in robotics, optics, mechatronics, vacuum systems, and semiconductor process integration.

Japan continues to maintain strong influence across high-precision semiconductor assembly equipment manufacturing. Companies operating in Japan benefit from established industrial robotics ecosystems and precision motion-control supply chains. Japanese suppliers remain particularly strong in eutectic bonding, LED die attach, and advanced optical alignment systems.

The Netherlands plays a major role in advanced packaging equipment because of its semiconductor lithography and backend assembly ecosystem integration. European semiconductor equipment engineering capabilities support development of hybrid bonding-compatible platforms and high-precision thermocompression systems.

Singapore acts as both a production and integration hub within the global OEM ecosystem. Several semiconductor assembly equipment manufacturers maintain regional manufacturing, testing, and support operations in Singapore due to logistics advantages and proximity to Southeast Asian OSAT facilities.

South Korea is strengthening domestic equipment capability as memory packaging complexity increases. Government-supported semiconductor localization initiatives and AI memory expansion programs are encouraging development of backend equipment ecosystems linked to HBM manufacturing.

China Expanding Domestic Manufacturing Capability but Precision Gap Remains

China’s semiconductor equipment localization strategy increasingly includes backend assembly tools. Domestic manufacturers are improving capabilities in standard and mid-range die attach equipment, particularly for LED packaging, consumer electronics, and power semiconductor assembly.

However, advanced packaging die bonders with sub-micron alignment capability remain dominated by Japanese, Dutch, Singaporean, and select European manufacturers. Chinese manufacturers still face limitations in precision motion systems, advanced optics integration, and high-end control software required for leading-edge packaging applications.

In July 2025, JCET Group expanded advanced packaging production linked to AI accelerator and automotive semiconductor demand. Such projects are increasing domestic demand for advanced bonding systems even though a large share of high-end tools continues to be imported.

China’s backend packaging expansion nevertheless has major implications for global production dynamics because the country accounts for large-scale volume manufacturing in consumer electronics and automotive semiconductor assembly. This creates substantial demand across both premium and cost-optimized segments of the Die Bonders for Semiconductor Packaging Market.

Market Segmentation Highlights Across Packaging Technologies and End-Use Industries

By Bonding Technology

• Flip-chip bonding systems hold strong share in advanced logic and AI packaging
• Thermocompression bonding witnessing fastest growth due to HBM integration
• Eutectic bonding maintains demand in power semiconductors and RF devices
• Epoxy die attach systems remain dominant in standard IC assembly volume

By Packaging Application

• AI accelerators and HBM packaging generating highest equipment value demand
• Automotive semiconductor packaging showing strong unit growth
• RF module packaging sustaining demand from 5G smartphone production
• Power device packaging expanding with EV adoption

By End-Use Industry

• Data center and AI infrastructure remain major growth contributors
• Automotive electronics increasing backend semiconductor complexity
• Consumer electronics maintaining high-volume equipment demand
• Industrial automation and renewable energy supporting power semiconductor packaging expansion

OEM Ecosystem Becoming More Interconnected Across Packaging, Materials, and Automation Suppliers

The overall OEM ecosystem in the Die Bonders for Semiconductor Packaging Market has become increasingly interconnected with substrate suppliers, packaging material companies, robotics vendors, AI inspection software providers, and semiconductor process equipment manufacturers.

Advanced packaging equipment suppliers are collaborating more closely with:

• Substrate manufacturers
• HBM packaging developers
• Thermal interface material suppliers
• Vision inspection system providers
• Precision robotics companies
• Semiconductor foundries
• OSAT process engineering teams

This integration is becoming critical because backend yield losses in advanced packaging environments can significantly affect total semiconductor manufacturing economics. As semiconductor packages become more heterogeneous and thermally intensive, die bonding equipment is evolving from a standalone assembly tool into a highly integrated precision manufacturing platform within the broader semiconductor backend ecosystem.

Leading Manufacturers Expanding Hybrid Bonding and Flip-Chip Portfolios in Die Bonders for Semiconductor Packaging Market

Competition in the Die Bonders for Semiconductor Packaging Market is concentrated among a relatively small group of high-precision semiconductor assembly equipment suppliers with strong expertise in motion control, machine vision, thermocompression bonding, and advanced packaging integration. The market structure is moderately consolidated in the premium segment, while standard die attach systems remain more fragmented because of broader participation from regional equipment manufacturers.

The highest revenue concentration is currently visible in advanced packaging die bonding systems used for AI accelerators, HBM memory, photonics, and heterogeneous integration platforms. Companies with strong positioning in thermocompression and hybrid bonding technologies are gaining share because backend semiconductor spending has shifted toward advanced packaging infrastructure.

Major participants in the Die Bonders for Semiconductor Packaging Market include:

• BE Semiconductor Industries
• ASMPT
• Shinkawa Ltd.
• Kulicke and Soffa Industries
• Palomar Technologies
• Hanmi Semiconductor
• FASFORD TECHNOLOGY

BESI Maintaining Strong Position in High-End Die Bonding Systems

BE Semiconductor Industries remains one of the strongest players in advanced die attach and hybrid bonding systems because of its positioning in AI packaging, thermocompression bonding, and flip-chip assembly equipment. The company has expanded its focus toward high-density interconnect packaging associated with chiplets and HBM architectures.

Its major die bonding and advanced packaging product lines include:

Product Platform	Application Focus
Datacon 8800 CHAMEO ultra plus AC	Hybrid bonding
9800 TC next	Thermocompression bonding
Datacon 8800 FC QUANTUM series	Flip-chip packaging
Esec 2100 series	High-speed die bonding
Datacon 2200 evo series	Multi-module attach

The Datacon 8800 CHAMEO ultra plus AC platform is specifically targeted toward hybrid bonding and advanced 3D integration applications with ultra-high placement accuracy.

BESI’s market share strength is particularly visible in advanced packaging lines serving AI processors and memory packaging. The company also benefits from increasing backend spending linked to hybrid bonding commercialization. In April 2025, Applied Materials announced strategic collaboration activity around integrated hybrid bonding systems combining front-end wafer processing and BESI die placement technologies for future high-volume manufacturing environments.

In the premium advanced packaging segment, BESI is estimated to hold one of the largest shares globally, especially in thermocompression and hybrid bonding capable systems.

ASMPT Expanding Presence Across Advanced Packaging and Standard Die Attach Segments

ASMPT maintains a broad portfolio spanning conventional die attach, advanced packaging, power semiconductor assembly, photonics packaging, and ultra-high precision bonding systems. The company benefits from diversified exposure across both mature and advanced semiconductor packaging markets.

Its major die bonder and packaging-related platforms include:

• AD8312PLUS automatic die bonder
• INFINITE die bonding system
• AD832i die bonder
• AMICRA NOVA Pro
• AMICRA NANO
• Thermo-compression bonding platforms
• Hybrid bonding systems

The AD8312PLUS series is widely used in high-density leadframe handling and advanced automatic die bonding applications. The platform integrates features such as iSense, iTouch, iFlat, and advanced vision alignment systems for thin die processing and warpage handling.

ASMPT has also increased focus on ultra-high precision die bonding for co-packaged optics, AI accelerators, and advanced memory integration. Its AMICRA product family is increasingly associated with photonics and sub-micron placement applications.

The company holds significant share in mainstream die bonding volume shipments because of strong exposure to consumer electronics, automotive packaging, industrial semiconductors, and LED assembly markets. In standard die attach equipment shipments, ASMPT remains among the largest suppliers globally.

Japanese Manufacturers Continue to Lead in Precision and Reliability-Focused Systems

Japanese equipment suppliers maintain strong positions in automotive semiconductor packaging, power devices, RF modules, and ultra-reliable backend assembly environments. Their competitive strength is strongly connected to precision engineering, long operating lifecycle, and advanced motion-control expertise.

Shinkawa Ltd. remains an important participant in advanced die bonding and wire bonding systems. The company has strong exposure to automotive semiconductor packaging and high-reliability backend assembly lines.

FASFORD TECHNOLOGY also participates in semiconductor assembly equipment manufacturing, particularly in die bonding and packaging automation systems linked to power semiconductors and industrial electronics.

Japanese suppliers continue to benefit from:

• Automotive semiconductor quality requirements
• Power semiconductor module growth
• Wide-bandgap semiconductor packaging demand
• Long equipment replacement cycles
• Strong precision robotics ecosystems

Demand from silicon carbide and gallium nitride power devices has increased procurement of eutectic bonding and silver sintering compatible systems, where Japanese suppliers maintain strong technological positioning.

Hanmi Semiconductor and South Korean Suppliers Benefiting from HBM Packaging Expansion

South Korean semiconductor equipment manufacturers are strengthening their role in advanced memory packaging ecosystems. HBM expansion linked to AI infrastructure demand has created substantial opportunities for thermocompression and hybrid bonding system suppliers.

Hanmi Semiconductor has expanded its advanced packaging equipment activities around HBM manufacturing infrastructure. South Korea’s backend equipment ecosystem is becoming increasingly strategic because Samsung Electronics and SK hynix are accelerating next-generation HBM integration programs.

In July 2025, industry reports indicated rising hybrid bonding demand for HBM4 and future HBM5 development programs, benefiting suppliers such as BESI and ASMPT while increasing competition among Asian equipment vendors.

Memory packaging is becoming one of the fastest-growing areas within the Die Bonders for Semiconductor Packaging Market because HBM stacks require extremely precise alignment and advanced thermal process management.

Die Bonders for Semiconductor Packaging Market Share Structure Reflecting Technology Segmentation

Market share distribution differs substantially between conventional die attach systems and advanced packaging platforms.

Estimated Competitive Positioning by Technology Focus

Company	Key Strength Area	Market Positioning
BESI	Hybrid bonding, thermocompression, flip-chip	Premium advanced packaging leader
ASMPT	Broad die attach portfolio, advanced packaging	High-volume diversified supplier
Shinkawa	Automotive and precision bonding	Reliability-focused specialist
Hanmi Semiconductor	HBM and memory packaging	Fast-growing advanced packaging player
Kulicke and Soffa	Semiconductor assembly solutions	Strong backend ecosystem presence
Palomar Technologies	Photonics and microelectronics bonding	Niche precision segment

The highest margin segment within the Die Bonders for Semiconductor Packaging Market is currently advanced hybrid bonding and thermocompression systems due to limited supplier availability and high engineering complexity. Conventional epoxy die attach systems remain more price competitive because of wider supplier participation, particularly in China and Southeast Asia.

Recent Industry Developments and Semiconductor Packaging Ecosystem Expansion

• In April 2025, Applied Materials disclosed strategic collaboration activity with BESI involving integrated hybrid bonding systems designed for future high-volume semiconductor manufacturing.
• In July 2025, TrendForce reported increasing hybrid bonder demand associated with HBM4 and future HBM5 packaging roadmaps, with BESI and ASMPT expected to benefit from rising advanced packaging orders.
• During 2025, Samsung Electronics and SK hynix accelerated development of hybrid bonding integration strategies for next-generation HBM products, increasing long-term demand visibility for advanced die bonding systems.
• In 2025–2026, AI accelerator packaging expansion by major OSAT companies and foundry-linked backend operations continued to increase procurement of thermocompression and flip-chip die bonding platforms across Taiwan, South Korea, and Singapore.