
Aixtron posts Q2 sales above market expectations
The group's sales rose 4% to 137.4 million euros ($156.9 million) in the second quarter of 2025, at the upper end of its guided range of 120-140 million euros and above analysts' average estimate of 128.2 million euros in an LSEG poll.
Its quarterly earnings before interest and taxes (EBIT) amounted to 23.6 million euros, up from 12.9 million a year earlier, exceeding analysts' forecast of 22.6 million euros, according to LSEG data.
"Although a broader market recovery has yet to take shape, our strong execution keeps us firmly on track," CEO Felix Grawert said in a statement.
Felix added that the company sees continued momentum in the datacom laser market, even if silicon carbide (SiC) and gallium nitride (GaN) power electronics markets have not reached the turning point yet.
The company said it will continue to monitor the impact of U.S. tariff policies on the global economy and any resulting countermeasures.
U.S. President Donald Trump's sweeping tariffs and uncertainty over his trade policies have sent global markets into a tailspin and significantly dampened investors' economic optimism.
Aixtron confirmed its full-year outlook for 2025, expecting revenue between 530 million and 600 million euros, down from 633.2 million euros in 2024.
($1 = 0.8756 euros)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


The Independent
7 minutes ago
- The Independent
EasyJet completes huge rollout of new software in bid to improve efficiency
EasyJet has completed the installation of new navigation software on 54 aircraft, designed to enhance collaboration with air traffic control (ATC) and improve flight efficiency. The UK's largest airline stated the Future Air Navigation System-C (FANS-C) shares real-time aircraft trajectory information with ATC providers, enabling more efficient route calculations. This innovative system also allows controllers to relay instructions, such as "climb to 36,000 feet," via text rather than radio, thereby minimising misunderstandings and potential hold-ups. EasyJet said it has retrofitted the programme on all 54 of its A320 and A321 neo family planes. The carrier's new jets rolling off the Airbus assembly line are equipped with the technology as standard. EasyJet said the software has saved it 334 tonnes of fuel since it began using it in 2019. It said last month French ATC disruption was responsible for the majority of its delays this summer. David Morgan, chief operating officer at easyJet, said: 'Technologies like Fans-C are not only essential for the modernisation of airspace, they will be critical in helping deliver meaningful reductions in fuel, carbon emissions and noise pollution. 'To maximise the potential of these technologies, it's critical that airspace reform is finally delivered, and this means more direct routes to help reduce congestion and delays. 'The UK Government has taken positive steps to redesign UK airspace – we now need those plans delivered swiftly here and across Europe so we can properly harness these technologies and capitalise on the environmental benefits they will deliver.' The Department for Transport and the Civil Aviation Authority are establishing a group of aviation experts to work with UK airports on modernising airspace. It is hoped this UK Airspace Design Service will launch by the end of the year. A radar-related issue was blamed for a UK ATC failure by provider Nats on July 30 which forced the cancellation of more than 150 flights, disrupting thousands of passengers.


Reuters
8 minutes ago
- Reuters
European shares extend gains ahead of US-Russia talks
Aug 11 (Reuters) - European shares rose on Monday, extending the strong momentum from last week on optimism over a potential Ukraine peace deal, while investors turned their attention to upcoming U.S. inflation data and tariff negotiations later in the week. The pan-European STOXX 600 index (.STOXX), opens new tab was up 0.3% by 0708 GMT, hovering near its strongest level since July 31. Ukrainian President Volodymyr Zelenskiy won diplomatic backing from Europe and the NATO alliance ahead of a Russia-U.S. summit this week, where Kyiv fears Russian President Vladimir Putin and U.S. President Donald Trump may try to dictate terms for ending the 3-1/2-year war. Trump, who is set to meet Putin in Alaska on Friday, said a potential deal would involve "some swapping of territories to the betterment of both (sides)." Hopes of a peace deal weighed on German defence companies. Shares of Rheinmetall ( opens new tab dropped 3.7%, while those in Renk ( opens new tab and Hensoldt ( opens new tab were down 3% and 2.1%, respectively. Orsted ( opens new tab plunged 22% after the Danish wind farm developer said it plans a 60-billion-crown ($9.4 billion) rights issue, citing adverse development in the U.S. offshore wind market. Northern Data ( opens new tab dropped nearly 3% after U.S. video platform and cloud services provider Rumble (RUM.O), opens new tab said it was considering an offer of about $1.17 billion for the German AI cloud group.


Geeky Gadgets
37 minutes ago
- Geeky Gadgets
Volumetric 3D Printing Creates Objects Faster Than Brewing Coffee
What if you could create a fully-formed, intricately detailed 3D object in the time it takes to brew a cup of coffee? It sounds like science fiction, but with volumetric 3D printing, this is now a reality. Unlike traditional 3D printing methods that painstakingly build objects layer by layer, volumetric printing uses light and resin to construct entire structures in mere seconds. This breakthrough isn't just about speed—it's about transforming how we think about manufacturing, customization, and even repair. Imagine industries where prototypes are ready almost instantly, or where intricate medical devices can be produced on demand with microscopic precision. The implications are staggering, and they're only just beginning to unfold. In this overview Action Lab explain how volumetric 3D printing is rewriting the rules of additive manufacturing. You'll discover the ingenious science behind this layer-free construction, the unique advantages it offers over conventional methods, and the challenges that still lie ahead. From its ability to create seamless, highly detailed objects to its potential for transforming industries like healthcare and aerospace, this technology is more than just fast—it's a glimpse into the future of production. As we unpack its possibilities and limitations, one question lingers: could this be the tipping point that redefines how we make and design everything? Volumetric 3D Printing Overview The Science Behind Volumetric 3D Printing Volumetric 3D printing is powered by computed axial lithography, a process inspired by tomographic reconstruction, a technique widely used in medical imaging such as CT scans. This advanced method adapts the principles of imaging to manufacturing, allowing the creation of intricate 3D objects with remarkable speed and accuracy. Here's how it works: A projector emits carefully calibrated light patterns into a rotating vial filled with a specially formulated resin. These light patterns intersect at precise points within the resin, causing it to solidify and form a 3D object in a single step. The resin is engineered to harden only when exposed to a specific intensity of light, making sure that only the desired structure solidifies while the surrounding material remains unaffected. This process eliminates the need for layering, a hallmark of traditional 3D printing, and instead creates objects as cohesive, unified structures. By using the principles of tomographic reconstruction, volumetric 3D printing achieves a level of speed and precision that sets it apart from conventional methods. Key Advantages of Volumetric 3D Printing Volumetric 3D printing offers a range of benefits that make it a standout technology in the field of additive manufacturing. These advantages include: Layer-Free Construction: Traditional 3D printing relies on layering, which can result in visible striations and weaker structural integrity. Volumetric printing forms objects as a single, cohesive unit, producing smoother surfaces and stronger components. Traditional 3D printing relies on layering, which can result in visible striations and weaker structural integrity. Volumetric printing forms objects as a single, cohesive unit, producing smoother surfaces and stronger components. Enhanced Customization: This technology allows for overprinting, allowing you to add features or repair existing objects without starting from scratch. For example, you can enhance a pre-printed part with additional details or fix damaged components, making it ideal for industries requiring iterative design or customization. This technology allows for overprinting, allowing you to add features or repair existing objects without starting from scratch. For example, you can enhance a pre-printed part with additional details or fix damaged components, making it ideal for industries requiring iterative design or customization. Microscopic Detail: Volumetric printing excels at creating intricate, microscopic structures that are challenging to achieve with traditional methods. This capability opens up new possibilities for applications in fields such as healthcare, electronics, and advanced manufacturing. Volumetric printing excels at creating intricate, microscopic structures that are challenging to achieve with traditional methods. This capability opens up new possibilities for applications in fields such as healthcare, electronics, and advanced manufacturing. Time Efficiency: By forming entire objects in seconds, volumetric 3D printing significantly reduces production times, making it a valuable tool for industries that demand rapid prototyping and high-speed manufacturing. These advantages position volumetric 3D printing as a fantastic technology with the potential to redefine how objects are designed and produced. What Is Volumetric 3D Printing? Watch this video on YouTube. Unlock more potential in 3D printing by reading previous articles we have written. The Role of Specialized Resin The success of volumetric 3D printing is closely tied to the development of advanced resin materials. Unlike standard resins, which harden inconsistently and absorb light unevenly, the resin used in volumetric printing is specifically engineered to solidify only when exposed to a precise intensity of light. This ensures that the desired structure forms accurately while the surrounding material remains unaffected and reusable. Standard resins are unsuitable for this process due to their inability to meet the stringent reactivity thresholds required for volumetric printing. The specialized resin overcomes these limitations, allowing the creation of complex, high-fidelity structures that were previously unattainable. This advancement in resin technology is a critical factor in the success and future potential of volumetric 3D printing. Challenges and Future Prospects Despite its numerous advantages, volumetric 3D printing faces several challenges that must be addressed to achieve widespread adoption. These include: High Material Costs: The development and production of specialized resin materials remain expensive, posing a barrier to broader use. The development and production of specialized resin materials remain expensive, posing a barrier to broader use. Complex Equipment: The machinery required for precise light projection and resin rotation is intricate and costly, adding to the overall complexity of the technology. The machinery required for precise light projection and resin rotation is intricate and costly, adding to the overall complexity of the technology. Limited Accessibility: The current reliance on proprietary systems and materials restricts the availability of volumetric 3D printing to a select group of users. Researchers and industry leaders are actively working to overcome these obstacles. Efforts include developing cost-effective resin formulations, simplifying equipment design, and exploring open source solutions to provide widespread access to access to the technology. As these advancements progress, volumetric 3D printing is poised to play a fantastic role in industries such as aerospace, healthcare, and manufacturing. By addressing these challenges, volumetric 3D printing has the potential to unlock new possibilities for innovation and efficiency across a wide range of applications. Its ability to produce highly detailed, customized objects at unprecedented speeds makes it a promising solution for the demands of modern manufacturing. Media Credit: The Action Lab Filed Under: Technology News, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.