The company completed a €118 million merger with American rival Genus, Inc. in March 2005[6] and bought British nanomaterial developer Nanoinstruments Ltd., a company spun out from the University of Cambridge, in 2007.[7]
In October 2016, China's Fujian Grand Chip Investment Fund LP made a bid to purchase Aixtron. The proposed acquisition was tainted by collusion; shortly before Fujian Grand Chip made its public takeover bid, Sanan Optoelectronics canceled a critical order from Aixtron on dubious grounds, sending its share price down for Fujian Grand Chips to make a less-expensive offer (both Sanan Optoelectronics and Fujian Grand Chips are controlled by the same state-owned semiconductor fund).[9][10][11] As a result, Germany's economics ministry withdrew the approval of the takeover.[12] In November 2016, the Committee on Foreign Investment in the United States (CFIUS) recommended both sides to drop their plan, because of national security concerns.[13]
In 2017, AIXTRON sold its ALD/CVD Memory Product line, produced in Sunnyvale (California, United States) to Eugene Technology from South Korea. AIXTRON said it continues to execute restructuring measures as well as to seek the establishment of partnerships for its OLED business in order to return to profitability in 2018, and to this end in October 2017, the OLED business became a separate company - APEVA SE.
On 24 October 2018, AIXTRON announced that it had signed a joint venture agreement with Korean company IRUJA Co. Ltd. to invest in APEVA, AIXTRON's subsidiary for OLED deposition technologies. Closing of the joint venture agreement is expected during 2018.[14]
In 2020, 73% of AIXTRON's revenues came from clients in Asia, with around 15% coming from Europe and the remaining 12% from the United States.[1]
In 2022, 68% of Aixtron's revenue came from customers in Asia, 18% came from the Americas, and 14% came from Europe.[16] In 2022, Aixtron's total order intake was 585.9 million euros, which is an 18% increase compared to the previous year.[17]
Many AIXTRON systems use a "planetary reactor" process whereby gaseous semiconductor substances are deposited on revolving wafers,[18] while others utilise a Close Coupled "shower head" method of deposition.
Manufacturing sites are located in Herzogenrath near Aachen in Germany, and Cambridge in the United Kingdom.
^Angela Huyue Zhang (2017). "The Antitrust Paradox of China Inc". New York University Journal of International Law and Politics. 50. doi:10.2139/ssrn.2927456. S2CID55153783.