What Companies Are Attending SEMICON West 2026?

Applied Materials develops equipment and materials-engineering systems used in deposition, etch, inspection, and other critical semiconductor manufacturing processes. The company is participating in SEMICON West 2026 programming focused on scaling semiconductor innovation for the AI era.

ASML develops lithography systems that chipmakers use to print increasingly small features onto silicon wafers. Its EUV platforms are central to leading-edge semiconductor production, making ASML a key part of the manufacturing ecosystem represented at SEMICON West.

Lam Research develops wafer-fabrication equipment for etch, deposition, and related processes. Its technology is used to create the increasingly complex structures required by advanced logic, memory, and AI chips.

KLA builds inspection, metrology, and process-control systems that help semiconductor manufacturers detect defects and improve yield. Its technology becomes increasingly important as advanced nodes and packaging structures become harder to manufacture.

GlobalFoundries manufactures semiconductors for automotive, communications, industrial, IoT, and other markets. The company represents the foundry side of the ecosystem alongside the equipment, materials, and infrastructure providers at SEMICON West.

Micron develops DRAM, NAND, and other memory technologies used in AI systems, data centers, vehicles, and consumer devices. Micron is also represented in SEMICON West 2026 programming around advanced manufacturing.

Amkor Technology provides outsourced semiconductor packaging and test services. Its advanced packaging capabilities support high-performance computing, automotive, communications, and other applications where multiple chips must be integrated into increasingly sophisticated packages.

Semilab develops metrology systems used to measure wafers, thin films, materials, and device structures during semiconductor production. Its technology helps fabs monitor process quality without disrupting manufacturing.

Visitech develops digital lithography systems for semiconductor packaging, displays, printed electronics, and other precision-patterning applications. Its SEMICON West presence connects the company with manufacturers adopting higher-density packaging and advanced patterning techniques.

CrestTec supplies precision components and manufacturing capabilities for high-technology production environments. The company is exhibiting at SEMICON West 2026 as part of the broader semiconductor equipment supply chain.

Drees & Sommer plans and engineers complex industrial facilities, including semiconductor fabs and clean manufacturing environments. Its role becomes especially relevant as chipmakers expand capacity and build increasingly complex production facilities.

SONOTEC develops ultrasonic sensors and measurement systems for industrial processes. Its SEMIFLOW technology enables contact-free flow monitoring, helping semiconductor manufacturers control sensitive liquids inside production systems.

Precision Resource manufactures high-precision metal components using fineblanking and other advanced production processes. Its capabilities are relevant to semiconductor equipment suppliers requiring repeatable, tightly toleranced mechanical parts.

CI SEMI develops metrology technology for semiconductor manufacturing. Its systems help equipment makers and fabs measure and control wafer-production processes where small variations can affect yield.

Vistec develops electron-beam lithography systems for semiconductor, photonics, research, and nanotechnology applications. Its systems are used where extremely precise nanoscale patterning is required.

watttron develops precision heating systems capable of creating individually controlled temperature zones. The technology can support semiconductor and electronics processes where tightly managed thermal profiles affect manufacturing quality.

WITTENSTEIN develops precision gearboxes, drives, and mechatronic systems. Semiconductor equipment makers use this type of technology where highly accurate positioning and repeatable motion are critical.

Kontron AIS develops industrial automation and control software for equipment manufacturers. Its technology helps semiconductor toolmakers connect, monitor, and automate increasingly complex production equipment.

mechatronic systemtechnik develops wafer and substrate handling equipment for semiconductor manufacturing. Its systems automate delicate material movement inside production environments where contamination and handling accuracy matter.

mi2-factory develops ion-implantation technology for silicon-carbide semiconductor manufacturing. Its technology targets power-electronics applications where SiC devices are increasingly important.

htt Group supplies semiconductor equipment, components, consumables, and related technologies. The company connects fabs and equipment manufacturers with specialized products used across semiconductor production.

3D-Micromac develops laser-processing systems for semiconductor, photovoltaic, display, and electronics manufacturing. Its equipment is used for precision cutting, structuring, and material modification.

OEG develops precision measurement and inspection technology for semiconductor and industrial applications. Its systems help manufacturers verify dimensions and process quality during production.

SCHIEDERWERK develops customized power supplies and power-electronics systems for high-technology equipment. Semiconductor tools depend on this type of stable, precise power delivery for demanding manufacturing processes.

MOL Solutions is participating in the German Pavilion at SEMICON West 2026 alongside equipment, materials, automation, and semiconductor technology companies serving advanced manufacturing environments.

SensoTech develops inline liquid-analysis systems for measuring concentration and density during industrial processes. In semiconductor fabs, this type of measurement can help control chemical mixtures and process consistency.

Dockweiler manufactures ultra-high-purity stainless-steel tubing and fittings for gases and liquids. These systems are used in contamination-sensitive production environments such as semiconductor fabs.

Bach Resistor Ceramics develops ceramic heating elements built for compact, high-temperature applications. Semiconductor equipment manufacturers use precision heating technologies in processes that demand tight temperature control.

esmo develops semiconductor test handling, manipulators, docking systems, and automation. Its equipment helps manufacturers automate the movement and positioning of devices during electrical testing.

cts Group provides production automation, material handling, and industrial software. Its semiconductor systems include automated wafer-container movement and production logistics.

Fabmatics develops mobile robots, material-handling systems, stockers, RFID technology, and software for semiconductor factories. Its technology helps fabs automate wafer movement and cleanroom logistics.

TOPTICA Photonics develops precision lasers and photonics systems for scientific and industrial applications. Its products support semiconductor metrology, inspection, research, and other processes requiring highly controlled light sources.

CRC Clean Room Consulting designs cleanrooms, semiconductor fabs, and high-tech manufacturing facilities. Its engineering work addresses the specialized environmental and facility requirements of advanced chip production.

Fusion Bionic develops laser-based surface-processing technology for creating micro- and nanoscale structures. Potential applications include bonding, thermal management, wettability, and other advanced manufacturing processes.

CE-MAT supplies semiconductor components, spare parts, silicon products, electrostatic chucks, and consumables. Its portfolio supports manufacturing processes including etch, deposition, and ion implantation.

Topas develops aerosol and particle-measurement systems. Semiconductor fabs use this type of equipment for cleanroom qualification and contamination monitoring.

STEULER-KCH develops corrosion-resistant materials, linings, and engineered systems for aggressive industrial environments. These technologies can support chemical handling and facility infrastructure in semiconductor manufacturing.

TSMC manufactures advanced semiconductor chips for many of the world's largest technology companies. Its role in leading-edge logic and advanced packaging makes the foundry central to the industry's AI and high-performance computing expansion.

Tazmo develops coating, developing, cleaning, bonding, and related semiconductor equipment. Its systems support wafer-processing steps used in both conventional manufacturing and advanced packaging.

Test Research develops automated inspection and test equipment for semiconductor and electronics production. Its systems help manufacturers identify defects before products move further through assembly.

Besi develops semiconductor assembly equipment including die-attach and hybrid-bonding systems. Hybrid bonding has become increasingly important for advanced packaging and high-performance AI hardware.

TESEC develops semiconductor test handlers and automated testing equipment. Its systems help manufacturers inspect and validate devices before they move into final products.

INFICON develops vacuum measurement, leak detection, gas analysis, and process-control technology. These systems help semiconductor manufacturers monitor production environments and detect conditions that could affect yield.

Nikon Metrology provides precision inspection and measurement technology for advanced manufacturing. Its portfolio helps manufacturers verify components and production processes with high accuracy.

DAS Environmental Expert develops waste-gas and wastewater-treatment systems for semiconductor fabs. Its technology helps manufacturers manage emissions and waste created by increasingly complex production processes.

Active Power develops flywheel-based uninterruptible power systems for critical facilities. Semiconductor manufacturing requires highly reliable power because even brief interruptions can disrupt expensive production processes.

Analog Devices develops analog, mixed-signal, power-management, and embedded semiconductors. Its products connect physical signals with digital systems across industrial, automotive, communications, and consumer applications.

Donaldson develops filtration systems for gases, liquids, air, and industrial processes. Semiconductor manufacturing depends heavily on filtration to prevent contamination from disrupting high-precision processes.

Honeywell develops automation, sensors, advanced materials, safety systems, and industrial technologies. Its semiconductor relevance extends from fab operations and process control to materials and facility infrastructure.

Intel designs and manufactures processors and semiconductor technologies for PCs, data centers, AI, networking, and edge computing. The company remains both a major chip designer and a semiconductor manufacturer.

JX Advanced Metals supplies high-purity metals and materials used in semiconductor fabrication. Maintaining material purity is critical as chip features become smaller and manufacturing tolerances tighten.

Linde supplies high-purity and specialty gases used throughout semiconductor fabrication. These gases support deposition, etching, cleaning, and other essential fab processes.

Microchip Technology develops microcontrollers, analog devices, connectivity products, and embedded semiconductors. Its portfolio is widely used across industrial, automotive, aerospace, communications, and consumer systems.

NXP develops processors, microcontrollers, connectivity technology, and secure-edge semiconductors. Automotive, industrial, IoT, and connected-device markets are major areas of focus.

onsemi develops power and sensing semiconductors for automotive, industrial, energy, and infrastructure applications. Its silicon-carbide technology is particularly relevant to electric vehicles and power conversion.

Pall develops filtration, separation, and purification systems used in semiconductor processes. Its technologies help fabs remove contaminants from chemicals, gases, and liquids.

Samsung Electronics operates major memory, foundry, logic, and consumer-electronics businesses. Its semiconductor operations make Samsung one of the most vertically integrated companies represented in the industry.

Skyworks Solutions develops analog and mixed-signal semiconductors used in wireless communications, automotive, IoT, and connected devices. Its products help manage radio-frequency signals and connectivity.

Suhwoo Technology develops semiconductor manufacturing equipment and automation systems. Its participation adds another production-technology supplier to the SEMICON West equipment ecosystem.

SUMCO manufactures silicon wafers that form the starting substrate for semiconductor fabrication. Wafer quality directly affects the performance and yield of chips produced on top of them.

Texas Instruments develops analog and embedded-processing semiconductors for industrial, automotive, communications, and consumer applications. The company also operates significant internal semiconductor manufacturing capacity.

3D Systems develops industrial additive-manufacturing equipment, materials, and software. Its technologies can support precision components, tooling, and specialized manufacturing applications.

Chroma ATE develops automated test and measurement equipment for semiconductors, electronics, power devices, and batteries. Its systems help manufacturers verify electrical performance before products ship.

SCREEN develops wafer-cleaning, coating, developing, and other semiconductor production equipment. Wafer cleaning remains especially critical as smaller defects can increasingly affect device yield.

Ushio develops lithography systems, industrial light sources, and optical technologies. Its semiconductor portfolio supports precision exposure and patterning processes.

Intlvac develops thin-film deposition, ion-beam etch, and vacuum-processing equipment. These systems are used in semiconductor, photonics, and advanced-material manufacturing.

Excelitas develops photonics, optics, illumination, and detection technology. Its solutions support semiconductor lithography, inspection, metrology, and other precision manufacturing applications.

Mitutoyo develops precision dimensional-measurement and metrology systems. Semiconductor equipment and component makers use high-accuracy measurement to maintain extremely tight manufacturing tolerances.

TSI develops particle, aerosol, airflow, and cleanroom-monitoring instruments. Its systems help manufacturers detect contamination that could compromise semiconductor yield.

Caliber QC provides digital quality-assurance and inspection-management software. Its tools help engineering and manufacturing teams track quality issues across complex projects and production environments.

ECM Group provides engineering and project services for advanced manufacturing facilities. Its presence is relevant to semiconductor companies expanding fab capacity and related infrastructure.

Heller Industries develops thermal-processing and reflow equipment used in semiconductor packaging and electronics assembly. Precise thermal control is critical during soldering and packaging processes.

IEI develops industrial computers, embedded systems, edge AI platforms, and specialized computing hardware. These systems can support equipment control and factory automation.

INTEKPLUS develops automated optical inspection and metrology equipment for semiconductor manufacturing and packaging. Its systems help detect defects in increasingly complex packages.

Osaka Vacuum develops turbomolecular pumps, dry pumps, and vacuum systems. Semiconductor deposition and etch processes rely heavily on tightly controlled vacuum environments.

Entegris supplies filtration, contamination-control, materials, and fluid-management technologies used throughout semiconductor manufacturing. Its products help fabs maintain the purity required for advanced nodes.

Kulicke & Soffa develops semiconductor assembly and packaging equipment including bonding and advanced interconnect systems. Its technologies support the industry's shift toward more complex chip packaging.

ASM develops wafer-processing equipment for atomic-layer deposition, epitaxy, and other advanced processes. These technologies help manufacturers build increasingly complex transistor structures.

SUSS MicroTec develops lithography, coating, bonding, and wafer-processing equipment. Its systems are widely used in MEMS, advanced packaging, photonics, and heterogeneous integration.

Ichor Systems develops gas and fluid-delivery subsystems used inside semiconductor manufacturing equipment. These systems precisely control the chemicals and gases required during wafer processing.

Ultra Clean Technology manufactures subsystems, components, and manufacturing solutions for semiconductor capital-equipment companies. It operates behind many of the tools used inside advanced fabs.

Silvaco develops semiconductor design and TCAD software for modeling devices, manufacturing processes, and electronic systems. Its tools connect chip design with the physics of semiconductor fabrication.

Siemens EDA provides semiconductor design, verification, IC implementation, and manufacturing software. Its tools help chipmakers move designs from architecture through physical implementation and verification.

Keysight develops electronic design, simulation, measurement, and test technology. Its tools help semiconductor teams characterize high-speed devices and validate increasingly complex electronic systems.

Camtek develops inspection and metrology systems for advanced packaging, compound semiconductors, memory, and other chip applications. Packaging complexity is creating greater demand for high-resolution inspection.

DISCO develops precision dicing, grinding, polishing, and wafer-processing equipment. Its systems thin and separate wafers and packages after semiconductor fabrication.

Hitachi High-Tech develops semiconductor inspection and metrology systems including CD-SEM technology. Its tools help fabs measure extremely small device features during production.

Coherent develops lasers, optical components, photonics, and advanced materials used in semiconductor manufacturing and other precision industries.

ZEISS Semiconductor Manufacturing Technology develops ultra-precision optical systems used in advanced semiconductor lithography. ZEISS optics are a critical component of leading-edge chipmaking equipment.

Apple designs custom processors and silicon used across iPhone, Mac, iPad, Apple Watch, and other products. Its chip-design strategy makes semiconductor technology central to product performance and differentiation.

AWS operates cloud infrastructure and develops custom chips for AI, machine learning, and general computing. Its silicon programs reflect growing demand from hyperscalers for purpose-built processors.

Mercury Systems develops secure computing and electronics for aerospace and defense applications. Its systems rely on high-performance processors, packaging, and semiconductor technology built for demanding environments.

Schneider Electric develops energy-management, power, and industrial-automation technology. Semiconductor fabs depend on sophisticated electrical infrastructure as production becomes increasingly energy intensive.

Mycronic develops production equipment for electronics and semiconductor-related manufacturing, including mask writers and assembly systems.

EV Group develops wafer bonding, lithography, coating, cleaning, and metrology systems. Its technology supports MEMS, photonics, advanced packaging, and heterogeneous integration.

ULVAC develops vacuum pumps, deposition equipment, plasma systems, and other semiconductor manufacturing technology. Vacuum processing underpins many critical wafer-fabrication steps.

JSR develops specialty semiconductor materials including photoresists used during lithography. As pattern dimensions shrink, material performance becomes increasingly important.

Brewer Science develops materials used in lithography, semiconductor processing, advanced packaging, and device manufacturing. Its products support both wafer fabrication and emerging packaging architectures.

DuPont supplies materials used in semiconductor fabrication, advanced packaging, interconnects, and electronics manufacturing. Its portfolio supports multiple stages of chip production.

Air Liquide Electronics supplies ultra-high-purity gases, specialty chemicals, and related services to semiconductor fabs. These materials are fundamental to deposition, etch, cleaning, and other wafer processes.

ASE provides semiconductor assembly, advanced packaging, and test services. Its capabilities are increasingly important as AI processors rely on chiplets, high-bandwidth memory, and sophisticated packaging architectures.

Ansys develops simulation software for semiconductor devices, electronics, packaging, thermal behavior, and multiphysics systems. Simulation helps engineers manage the growing complexity of 3D-ICs and advanced packaging.

Emerson provides industrial automation and test technology, including the National Instruments portfolio. Its tools support semiconductor characterization, automated test, and production engineering.

AIXTRON develops deposition systems for compound semiconductors used in power electronics, communications, LEDs, and advanced computing.

Canon develops semiconductor lithography and nanoimprint equipment. Its technology provides another approach to high-precision semiconductor patterning.

Siconnex develops wet-processing systems for semiconductor, MEMS, and related manufacturing. Its equipment handles cleaning and chemical processes used throughout wafer fabrication.

Yaskawa develops industrial robotics and motion-control systems, including robots designed for wafer handling. Automated movement helps fabs increase throughput while maintaining cleanroom requirements.

Stäubli develops robotics and mechatronic systems for industrial automation. Its cleanroom robots support applications where precise motion and contamination control are required.

SMC develops pneumatic, fluid-control, motion, and automation components used throughout semiconductor equipment and fab infrastructure.

Busch Vacuum Solutions develops vacuum pumps and systems used in semiconductor manufacturing and other industrial processes.

Pfeiffer Vacuum develops vacuum pumps, leak-detection systems, gauges, and components used in semiconductor production equipment.

Kashiyama Industries develops dry vacuum pumps for semiconductor manufacturing processes. Dry pumping technology helps maintain clean and reliable vacuum environments.

Swagelok develops fittings, valves, tubing, regulators, and fluid-system components. Semiconductor fabs use these products to transport high-purity gases and chemicals.

Hamamatsu Photonics develops optical sensors, photodetectors, cameras, and light sources. Its technologies support semiconductor inspection, measurement, research, and process monitoring.

Jenoptik develops optical and photonic systems used in semiconductor manufacturing, industrial automation, and precision applications.

Deloitte advises semiconductor companies on manufacturing, supply chains, technology transformation, workforce, operations, and strategy. Its industry work spans both chipmakers and the broader semiconductor ecosystem.

FM provides engineering-led property insurance and risk management for large industrial facilities. Semiconductor fabs represent particularly complex assets because of their equipment, infrastructure, and business-continuity requirements.

Insight Global provides staffing and professional services across engineering, technology, and other specialist functions. Its presence reflects semiconductor manufacturers' continued demand for technical talent.

Medtronic develops medical devices that increasingly depend on advanced electronics, sensing, connectivity, and semiconductor components.

JCET provides semiconductor assembly, packaging, and testing services. Its portfolio includes advanced packaging technologies for increasingly complex and high-performance chips.

Kawasaki Robotics develops industrial robots including systems designed for wafer handling and clean manufacturing environments.

CKD develops fluid-control, pneumatic, automation, and process components used inside semiconductor equipment and fab infrastructure.

Atlas Copco supplies industrial compressors, vacuum equipment, and manufacturing systems. Its vacuum technologies support semiconductor production processes requiring tightly controlled environments.

Parker Hannifin develops motion-control, filtration, sealing, and fluid-management technologies. Its products support the high-purity gas, chemical, and mechanical systems used throughout semiconductor fabs.

What companies are attending SEMICON West 2026?

Companies represented include Applied Materials, ASML, Lam Research, KLA, TSMC, GlobalFoundries, Intel, Micron, Samsung Electronics, Texas Instruments, NXP Semiconductors, Analog Devices, Amkor Technology, ASE Group, Entegris, Siemens EDA, and many others listed above.

When and where is SEMICON West 2026?

SEMICON West 2026 takes place October 13–15, 2026 at Moscone Center in San Francisco, California.

How many exhibitors are at SEMICON West 2026?

The official SEMICON West event map currently lists 824 exhibitors. The exhibitor count may change as the event approaches.

Which major semiconductor equipment companies are at SEMICON West 2026?

Equipment companies represented include Applied Materials, ASML, Lam Research, KLA, ASM International, SCREEN Semiconductor Solutions, SUSS MicroTec, EV Group, ULVAC, AIXTRON, Besi, DISCO, and Hitachi High-Tech.

Is there an official SEMICON West 2026 exhibitor list?

Yes. SEMI publishes an official exhibitor directory and event map. This page uses Agent Jesse to organize a focused set of participating companies and add context on what each company does within the semiconductor ecosystem.