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Shanghai Micro Electronics Wins Lithography Machine Contract

Summarized by NextFin AI
  • Shanghai Micro Electronics Equipment (SMEE) has secured a government procurement contract for a step-and-scan lithography machine valued at approximately 110 million yuan ($15.5 million).
  • The contract involves a step-and-scan photolithography system with a transaction price of 109.99985 million yuan, under project code zycgr22011903.
  • SMEE, founded in 2002, specializes in semiconductor manufacturing and is backed by notable shareholders including Shanghai Electric Group and Zhangjiang Hi-Tech Park Development Co Ltd.
  • Following the announcement, shares of Zhangjiang Hi-Tech experienced a surge of over 8% before closing up 4.81%.

Shanghai Micro Electronics Equipment (SMEE) has won a government procurement contract to supply a step-and-scan lithography machine, according to a notice published on the China Government Procurement Network on Wednesday, in a deal valued at about 110 million yuan ($15.5 million).

The procurement notice showed that SMEE was awarded the contract for one step-and-scan photolithography system under project code zycgr22011903, with a transaction price of 109.99985 million yuan.

Founded in 2002, Shanghai-based SMEE develops and manufactures semiconductor, advanced manufacturing and high-end intelligent equipment. Its shareholders include Shanghai Electric Group, Shanghai Technology Venture Capital, Shanghai Guangwei Qinghe Investment Partnership and Zhangjiang Haoran Venture Capital, corporate registry data from Tianyancha showed.

Zhangjiang Haoran Venture Capital is a wholly owned unit of Zhangjiang Hi-Tech Park Development Co Ltd, a Shanghai-listed company.

Shares of Zhangjiang Hi-Tech surged on the news, jumping more than 8% in afternoon trading before paring gains to close up 4.81%.

Step-and-scan lithography is a hybrid technology combining features of projection scanning lithography and step-and-repeat exposure. It synchronizes the movement of the photomask and wafer during exposure, allowing for a standard exposure field of 26 mm by 33 mm and enabling multiple chips to be exposed at once.

The technology also supports real-time focus adjustment during scanning and is suitable for semiconductor manufacturing processes below 0.25 microns, with broad application at the 0.18-micron node and more advanced process technologies.

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Insights

What are the technical principles behind step-and-scan lithography technology?

What is the history of Shanghai Micro Electronics Equipment (SMEE)?

What are the key features that differentiate step-and-scan lithography from other lithography technologies?

What is the current market situation for lithography machines in semiconductor manufacturing?

What feedback have users provided about step-and-scan lithography systems?

What trends are emerging in the semiconductor manufacturing industry related to lithography technology?

What recent updates or news have been reported regarding SMEE's contracts or operations?

How might changes in government procurement policies impact companies like SMEE?

What is the future outlook for SMEE in the global semiconductor market?

What long-term impacts could SMEE’s recent contract have on the lithography machine market?

What challenges does SMEE face in competing with international lithography machine manufacturers?

What are the core difficulties in advancing lithography technology for semiconductor manufacturing?

What controversies surround government contracts in the semiconductor industry?

How does SMEE compare to its competitors in terms of technology and market share?

What historical cases illustrate the evolution of lithography technology in semiconductor manufacturing?

What similar technologies exist within the semiconductor manufacturing sector?

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