Aixtron reported its financial results for Q2 2026, with revenues of 214.5 million Euro, up 81% from last year, saying that it sees very strong demand for optoelectronic systems, mainly for last systems.
Demand for the company's microLED end markets, though, remained soft.
An East-Coast U.S. company is selling off a set of MOCVD microLED R&D and production equipment, including a 200 mm Veeco Propel GaN MOCVD system, along with a full complement of metrology, test and facilities equipment. The seller has asked MicroLED-Info to help locate buyers, and we are happy to connect interested companies directly with the seller.
This is a notable opportunity. Veeco's Propel platform is the single-wafer GaN MOCVD line built on Veeco's TurboDisc reactor design. Tools of this type rarely reach the secondary market, and several of the items here are brand new and unused.
The equipment falls into two groups: the Veeco MOCVD system, and a set of supporting metrology, test and facilities equipment that is being parted out as individual items.
Veeco announced that Ennostar has accepted and qualified Veeco's LUMINA+ MOCVD system by Ennostar Corp of Hsinchu, Taiwan (a provider of integrated optoelectronic solutions, specializing in R&D and manufacturing III-V materials).
Veeco says that this order sets a new benchmark for high-volume arsenide and phosphide (As/P) production, for microLED devices production.
Germany-based Singulus Technologies announced that it has received a new order for its Timaris microLED deposition system. Following the commissioning of a first system of this type by the customer, the company is now expanding its existing US production capacities.
In April 2024, Singulus announced that it has adapted its modular high-vacuum sputtering TIMARIS STM system for microLED production, with the first TIMARIS STM microLED system already been sold and delivered.The TIMARIS platform has a modular structure and can be equipped with various process and add-on modules for a wide range of requirements.
ALD equipment maker Beneq announced Beneq its next-generation ALD platform designed for high-volume semiconductor manufacturing.
The new Beneq Transmute platform, is suitable for production of Wide Bandgap (WBG) power electronics, advanced RF devices - and microLED displays.
We're happy to interview Pierre Tchoulfian, CTO of Aledia, as part of our series of interviews with MicroLED Industry Association members. France based Aledia, leading the next-generation displays with its 3D silicon nanowire–based microLED technology, designed to dramatically lower production costs. Backed by over €360 million in funding, Aledia is expanding production with its FlexiNOVA epiwafer platform and a planned €140 million fab. With more than 250 patent families, the company is advancing both large-display and next-generation AR microLED platforms.
Pierre is a recognized MicroLED innovator with 14+ years advancing technology and product development, shaping next-generation display solutions with over 10 patents and numerous publications.
Can you introduce your company and technology?
Aledia is a deep-tech company at the forefront of display innovation, focused on redefining what’s possible with microLED technology. We were founded in 2011 out of CEA-Leti research labs and are headquartered in Grenoble, in the heart of Europe’s “Display Valley.”
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Beneq announced that it is seeing significant progress in the microLED display market, and has received repeat orders from microLED technology developers.
The company says that its top-tier customers rely on ALD technology to advance monolithic integration of microLEDs and driver electronics on a single chip - likely they mean microLEDs microdisplays for AR applications.
XTPL S.A. Announces Sale and Installation of Delta Printing System to the University of Massachusetts Lowell for Advanced Research at the Raytheon UMass Lowell Research Institute (RURI) and the Printed Electronics Research Collaborative (PERC)
Boston, MA, June 9, 2025 — XTPL S.A., a global leader in high-precision additive manufacturing technology, is pleased to announce the sale and successful installation of its Delta Printing System (DPS) at the University of Massachusetts Lowell. The system will support advanced research at the university’s Raytheon UMass Lowell Research Institute (RURI) and the Printed Electronics Research Collaborative (PERC).
The XTPL DPS, renowned for its submicron precision and versatility, will play a critical role in developing next-generation printed electronics, sensors, and functional materials. The collaboration strengthens XTPL’s presence in the U.S. research ecosystem and highlights the growing demand for innovative fabrication tools.
China-based MicroLED microdisplay developer Jade Bird Display announced that it has implemented new technologies that enabled it to reduce the average number of defective pixels in its microdisplays from around 100 to around 3 per panel. This increased the company's panel yields quite dramatically.
In addition to the improvement in defective pixels, the company also reduced the rate of its 'dark pixels' (which means pixels with reduced brightness) from around 0.4% a few years ago to only 0.03% today. This, in addition to the company's proprietary demura pixel-level luminance-compensation algorithm has greatly enhanced pixel-brightness uniformity.
