PMR Projects a Promising Growth Outlook for the Electrostatic Chucks Market Give the Skyrocketing Consumer Electronics Sales And The Specific Advantages It Offers Varying On Applications
Industry: Industrial Automation
Published Date: July-2024
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Number of Pages: 150
Report ID: PMRREP32382
The electrostatic chucks market is estimated to reach a valuation of US$215.6 Mn by the year 2033, at a CAGR of 5.6%, during the forecast period 2024 to 2033.
Key Highlights of the Market
|
Attributes |
Key Insights |
|
Electrostatic Chucks Market Size (2023E) |
US$120 Mn |
|
Electrostatic Chucks Market Size (2033F) |
US$215.6 Mn |
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Forecast Growth Rate (CAGR 2024 to 2033) |
5.6% |
|
Historical Growth Rate (CAGR 2019 to 2023) |
2.4% |
A work tool known as a chuck is often used to hold work pieces or cutting tools in a way. Adsorption is accomplished by using an electrostatic chuck by applying a Coulomb force between the piece of work (the object to be machined) and terminals to which a charge has been applied.
Electrostatic chucks are similar to vices or drill chucks in that they are used to hold objects in a fixed position. The expansive growth of the semiconductor industry is a market driver concerning the electrostatic chucks market since the chucks are commonly used for photolithography, etching, and other production processes.
Electrostatic chucks use a platen with built-in electrodes that are charged with high voltage to create an electrostatic force that holds the wafer in place.
The expanding utilization of semiconductors in various sectors, including LED, medical devices, TVs, smartphones, etc., is driving the heightened manufacturing of semiconductor wafers. Consequently, this is propelling growth in the global electrostatic chucks market.
From 2018 to 2022, the electrostatic chucks market experienced a growth rate of 2.2% owing to the high growth rate the decreased popularity of electrostatic chucks has significantly increased for semiconductor fabrication equipment during the past few years.
In a semiconductor, the main function of ESCs is to absorb wafer heating and cooling. Demand for ESCs would significantly increase as a result of the rise in demand for semiconductor wafers.
Due to their ability to operate with different tools over various temperature ranges, that makes ESCs a preferred option for end users. Owing to the above-mentioned factors the market's expansion is anticipated to grow with an incremental growth rate during the forecast period.
Rise in Consumer Electronics Sale
The significant rise in consumer electronics sales is one of the key factors anticipated to drive the electrostatic chucks market during the projected period.
As more and more industrial processes move towards automation, the need for efficient chucking systems is becoming increasingly important.
Electrostatic chucking has been slowly gaining traction in recent years as an alternative to mechanical chucking due to its superior efficiency and accuracy. This trend is driven by the increased consumer awareness of the advantages that electrostatic chucking offers over traditional mechanical systems.
Electrostatic chucks offer several advantages, including minimal particle formation and abrasion, thermal invariance, a substrate holder with the highest evenness, reduced particle danger due to a pin-structured surface, and lightweight are some of the advantages that are driving the market for electrostatic chucks.
Electrostatic chucks have the technological advantages of wafer planarity, high dependability, and non-edge exclusion, increasing the demand for semiconductor wafers, resulting in driving up demand for electrostatic chucks in the global market.
Customers also favor electrostatic chucks since they are employed in a variety of high-temperature equipment. Additionally, the trend of an increasing number of Internet of Things (IoT) projects to meet the rising demand for intelligent products will encourage the semiconductor industry to invest in electrostatic chuck equipment. This factor fuels the market for Electrostatic Chucks (ESC) worldwide.
High Initial Investments, and Complex Integration
The cost of acquiring and implementing electrostatic chucks can be significant, especially for advanced semiconductor manufacturing processes, which may deter smaller manufacturers or start-ups.
Further, the integration of electrostatic chucks into existing semiconductor manufacturing equipment can be challenging and may require modifications or upgrades to ensure compatibility and optimal performance.
ESCs require precise engineering and calibration to maintain uniform and stable wafer gripping forces, which can be technically demanding and require specialized expertise.
Also, ESCs may have limitations in handling larger or irregularly shaped wafers, impacting their applicability in certain manufacturing processes or industries.
Further, ensuring consistent and reliable performance of electrostatic chucks is critical to prevent water damage and maintain production efficiency, posing potential safety risks if not properly managed.
Another crucial market-impeding factor is compliance with environmental regulations, particularly regarding materials used in ESCs (such as materials containing hazardous substances), which can pose challenges and increase manufacturing costs.
Digitization, and Automation
In the age of digitization and automation, numerous sectors are implementing cutting-edge innovations like cloud computing and the Internet of Things, which are creating opportunities for demand for integrated circuit boards in end-use industries and propelling the global electrostatic chucks market.
Moreover, the demand for replacements of existing mechanical clamping devices has been rising steadily over the past few years. Mechanical clamping processing is increasingly being replaced by electrostatic chucks.
Mechanical clamping devices cause sagging substrates, abrasion, and poor heat contact, and these defects have led to the adoption of electrostatic chucks, which are appropriate in the reduction of wafer & clamp breakage, particle generation, and reliability improvement from fewer moving parts compared to mechanical clamps.
The demand for electrostatic chucks is rising due to the increased manufacture of semiconductor wafers for usage in a variety of products, including smart medical devices. There is increasing demand for electrostatic chucks for the manufacturing of devices as these are installed with integrated circuit boards.
The market is seeing the increasing proliferation of medical devices with different types of integrated circuit systems, which in turn produces an opportunity for the global electrostatic chucks market to grow in the forecasted period 2023 to 2033.
Coulombic ESCs segment accounted for 70% of the market share
|
Market Segment by Product Type |
Market Value Share 2023 |
|
Coulombic ESCs |
70% |
Based on product type, the electrostatic chucks market is further sub-segmented into Johnsen Rahbek ESCs and Coulombic ESCs, where the Coulombic ESCs dominates the global market share.
To produce Coulomb electrostatic forces, Coulombic ESC uses a dielectric surface layer with greater electrical resistance. The ceramic dielectric layer for a Coulomb-type ESC may have more than or equal to 99% aluminium oxide.
The clamping pressure is constant in Coulomb ESCs between the reticle and the chuck, which makes it easier to utilize.
Conductor Etch segment dominates the market with 60% of the market share
|
Market Segment by Type |
Market Value Share 2023 |
|
Conductor Etch |
60% |
Based on end use, the global electrostatic chucks market is further classified into dielectric etch and conductor etch, where the conductor etch segment dominates the market share.
The electrically active materials of a semiconductor device are shaped with the aid of conductor etching. Device performance can be negatively impacted by even the smallest variations in these tiny structures.
These structures are so delicate and small, in fact, that etching techniques challenge the fundamental aspects of physics and chemistry.
North America Dominates with 55% Revenue Share
|
Region |
Market Value Share 2023 |
|
North America |
55% |
The presence of prominent semiconductor manufacturers and a strong electronics industry make North America a substantial market for electrostatic chucks.
The US, and Canada play a significant role in driving market expansion, as there is a strong need for semiconductor fabrication technologies and the expanding consumer electronics industry.
Nevertheless, the market encounters obstacles such as exorbitant upfront expenses, which could restrict the acceptance among smaller producers. However, there are many opportunities available due to the growing integration of ESCs in modern semiconductor manufacturing processes and the continuous innovation in electronic components.
Asia Pacific is the dominant region in the global electrostatic chucks market, with China, Japan, South Korea, and Taiwan being at the vanguard of semiconductor manufacturing.
The region can capitalize on rapid industrialization, expansion of electronics manufacturing, and substantial investments in semiconductor facilities.
The demand for sophisticated manufacturing equipment, such as ESCs, is bolstered by these factors. The market stability is impacted by economic fluctuations, as well as fierce competition among local and international actors.
Nevertheless, the region's emerging markets are brimming with opportunities due to the increasing prevalence of industrial automation and consumer electronics.
The electrostatic chucks market in Europe is supported by a robust automotive industry and a developing electronics sector. The adoption of ESCs is significantly influenced by the demand for semiconductor components, which is driven by countries such as the UK, Germany, and France.
The region offers opportunities for substantial investments in semiconductor research and development, despite the stringent regulatory environments that govern the use of materials in manufacturing.
The need for compliance with stringent environmental standards and intense competition among market participants are among the challenges.
June 2023
Shinko Electric Industries, one of the major firms in Japan, signed an acquisition deal to acquire the Supply Security Plan at Chikuma Plant in Japan, aiding the company’s revenue generation.
June 2024
Kyocera, a major player in the global market, launched a new cut-off solution called KGZ for small parts machining and is gaining praise for the product trails.
April 2024
NGK & Mitsubishis Heavy Industries signed a partnership and collaboration deal to jointly develop a Hydrogen Purification System from Ammonia Cracking Gas.
The major competitors in the electrostatic chucks market are primarily evaluated based on their product or service offerings, their financial statements, developments and the approaches implemented, the company's position in the global market scenario and its geographical reach.
Apart from this, the key competitors studied have also been accessed through the SWOT analysis to understand their strengths, weaknesses, opportunities and threats.
Apart from this, the key competitors in the industry employ crucial strategies like partnership deals, mergers and acquisitions, and business expansion deals to strengthen their hold on a particular region or a particular service offering.
|
Attributes |
Details |
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Forecast Period |
2024 - 2033 |
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Historical Data Available for |
2019 - 2023 |
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Market Analysis |
US$ Billion for Value |
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Key Regions Covered |
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Key Companies Profiled |
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Pricing |
Available upon request |
By Product Type
By End Use
By Product Size
By Region
To know more about delivery timeline for this report Contact Sales
The global electrostatic chucks market is estimated to exhibit a CAGR of 5.6% during the forecast period 2024 to 2033.
North America is the dominant region with 55% of the global market share in the electrostatic chucks market.
High initial investment, and complex integration of ESCs limits the market’s growth.
The global electrostatic chucks market is segmented based on product type, end use, and product size.
Shinko Electric Industries Co. Ltd., Kyocera Corporation, Ngk Insulators, Ltd., Toto Ltd., Ntk Ceratec Co., Ltd., and Tsukubaseiko Co. Ltd. are some of the key players in the market.
