road bikes, luxury bicycles, 3D printing, J.Laverack, Aston Martin, titanium bicycles, high-quality cycling, innovative design ## Introduction In the world of cycling, a new revolution is brewing, one that combines cutting-edge technology with the elegance of luxury design. The collaboration between British company J.Laverack and the renowned luxury sports car manufacturer Aston Martin has...

Your everyday carry setup says a lot about who you are. Whether you’re a craftsman who demands precision tools or an outdoor enthusiast who needs reliable gear, the right knife can make all the difference. The Ezsharp 2.0 Titanium Folding Utility Knife isn’t just another blade for your pocket. It’s a game-changer that combines premium materials with innovative design. Most folding knives force you to choose between strength and weight, but the Ezsharp 2.0 throws that compromise out the window. Built from premium titanium alloy, this folding knife delivers incredible strength while staying remarkably lightweight in your pocket. You get the durability you need without the bulk that weighs you down during long days on the job or weekend adventures. Designer: Alan Zheng Click Here to Buy Now: $79 $138.6 (43% off). Hurry, only 16/170 left! Titanium brings some serious advantages to the table that make it worth the investment. Unlike traditional stainless steel options, titanium offers natural resistance to rust and corrosion, so your knife stays sharp and reliable whether you’re working in humid conditions, caught in unexpected rain, or dealing with extreme temperatures. This means your tool performs consistently regardless of what Mother Nature throws your way. The real genius of the Ezsharp 2.0 lies in its dual-blade storage system. Instead of carrying multiple cutting tools or constantly searching for the right blade, you can swap between different scalpel blade types depending on your task. Need precision for detailed work? Switch to a fine-point blade. Tackling heavy-duty cutting? Pop in a robust utility blade and get to work. This innovative storage design uses powerful magnets to secure blades in both the active position and the backup compartment. The magnetic retention system ensures your blades stay exactly where they should be, eliminating the wobble and play that plague cheaper alternatives. You can trust that your cutting edge will be stable and precise when you need it most. The engineering extends beyond just storage, though. The Ezsharp 2.0 accepts six different scalpel blade formats, including #18, #20, #21, #22, #23, and #24. This compatibility gives you access to specialized blade geometries for everything from cardboard breakdown to precision crafting. Having options means you can tackle any cutting challenge without compromise. Craftsmen will appreciate the attention to detail in the construction. Every component except the replaceable blades comes from precision CNC machining, ensuring tight tolerances and smooth operation. The stainless steel blade holder receives proper heat treatment for longevity, while the frame lock mechanism provides a secure lockup that you can depend on during demanding tasks. The flipper opening system makes one-handed deployment effortless, perfect when your other hand is busy holding materials or managing your workspace. This practical design consideration shows that the makers understand how working professionals actually use their tools. You shouldn’t have to fumble with complicated mechanisms when time matters and precision counts. For EDC enthusiasts, the compact profile means the Ezsharp 2.0 disappears in your pocket without printing or creating uncomfortable bulk. The titanium construction keeps the weight down to levels that won’t throw off your carry balance, yet provides the strength to handle serious cutting tasks when called upon. The combination of premium materials, thoughtful engineering, and practical functionality makes the Ezsharp 2.0 stand out in a crowded market. This folding knife represents what happens when designers listen to users and create solutions for real-world problems. Whether you’re a professional who depends on reliable tools or an enthusiast who appreciates quality gear, the Ezsharp 2.0 delivers performance that justifies its place in your everyday carry rotation. Click Here to Buy Now: $79 $138.6 (43% off). Hurry, only 16/170 left!The post Ezsharp 2.0 Titanium Folding Knife with Swappable Blades Changes the EDC Game first appeared on Yanko Design.

Conflux Technology, an Australian company specializing in heat transfer solutions and additive manufacturing, has announced a collaboration with Italian hypercar manufacturer Pagani to address thermal management challenges in the Pagani Utopia’s transmission. The Utopia, Pagani’s latest hypercar, uses a 6-liter twin-turbo V12 engine designed by Mercedes-AMG. Its powertrain integrates a custom seven-speed transmission developed by Xtrac, available in both automated and manual configurations, to deliver the high levels of control and responsiveness required in extreme driving conditions. The Australian-based firm developed a cartridge heat exchanger specifically for the Utopia’s transmission oil system to improve heat rejection. According to the company, this solution achieves a 30% increase in heat rejection compared to the previous heat exchanger design. This enhancement is critical to maintain optimal thermal performance during high-load operations and ensures the vehicle meets global emissions standards, including those in California. Pagani’s Utopia hypercar, powered by a 6-liter twin-turbo V12 engine. Photo via Conflux Technology. Pagani subjected the Utopia’s transmission system to extensive testing, including track and road validation as well as thermal shock trials. These tests confirmed the durability and thermal resilience of the new heat exchanger under demanding operational conditions, aligning with the vehicle’s performance requirements. Michael Fuller, Founder and CEO of Conflux Technology, said: “Our advanced heat exchangers are designed to enable new levels of effectiveness, perfectly complementing the engineering craftsmanship that Pagani is celebrated for. This collaboration showcases the synergy of precision, innovation, and excellence.” Francesco Perini, Head of the Technical Department at Pagani, emphasized: “Conflux’s advanced heat transfer technology empowers the Pagani Utopia to achieve superior heat rejection ensuring optimal thermal balance, even in severe driving conditions. In our relentless pursuit of perfection, every detail matters. Conflux’s cartridge heat exchangers are a testament to precision and innovation, playing a vital role in ensuring that the Utopia can be enjoyed for a romantic drive on the French Riviera as well as on the most demanding tracks.” Oliver Nixon, Head of High Performance Automotive at Xtrac, stated: “The innovation of Conflux’s technology has allowed Xtrac to continue to push the boundaries of transmission performance, whilst maintaining the lightweight, motorsport derived ethos of our transmission solutions.” Conflux Technology’s additive-manufactured cartridge heat exchangers. Photo via Conflux Technology. Conflux is developing its Conflux Production Systems (CPS) to scale the production of its heat exchangers, supported by an AUD 11 million Series B funding round. The company’s technology is applied across multiple sectors, including aerospace, motorsports, high-powered industrial equipment, and defense, where effective thermal management is essential. The cartridge design leverages additive manufacturing to produce complex geometries that enhance heat transfer while reducing weight, supporting the requirements of high-performance automotive applications. Xtrac, headquartered in Berkshire, UK, with additional facilities in Indiana and North Carolina, specializes in engineering transmission and driveline systems for both motorsport and automotive sectors. Engine bay featuring Xtrac’s seven-speed gearbox. Photo via Conflux Technology. Additive Manufacturing in High-Performance Automotive Design Bentley Motors recent limited-run Batur grand tourer, The Black Rose, integrates additive manufacturing into its design through 18-karat recycled rose gold components. Developed by the Mulliner division in collaboration with precious metal supplier Cooksongold, the project uses up to 210 grams of printed gold in elements such as the Drive Mode Selector, air vent controls, and steering wheel insert. These components are hallmarked in Birmingham’s Jewellery Quarter, with some also bearing the hallmark commemorating Queen Elizabeth II’s Platinum Jubilee. Bentley’s investment in additive manufacturing capacity since 2022 amounts to £3 million. This focus on additive manufacturing extends to high-performance vehicle engineering, as seen in McLaren Automotive’s W1 hypercar. The W1 incorporates titanium 3D printing in the production of front uprights and wishbones for its suspension system, contributing to significant weight savings and enhanced dynamic performance. McLaren reports that the W1 achieves a vehicle weight of 1,399kg, enabling a power-to-weight ratio of 911PS/tonne and supporting acceleration from 0 to 200km/h in 5.8 seconds. Central to this development is the company’s collaboration with Divergent Technologies, whose DAPS platform supports rapid design iteration and manufacturing flexibility.s. Front view of the McLaren W1 hypercar. Image via McLaren. Take the 3DPI Reader Survey — shape the future of AM reporting in under 5 minutes. Ready to discover who won the 2024 3D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Featured photo shows Pagani’s Utopia hypercar, powered by a 6-liter twin-turbo V12 engine. Photo via Conflux Technology. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.

We may earn a commission from links on this page.In 2023, I decided to update my Apple Watch after consistently failing to wear my Series 4 for a number of years. I sold that one on Poshmark and began looking at newer models to find one with enough features to convince me to actually wear it. I opted to get a Series 8, although the Series 9 had just been released, as I was buying two: one for my mom and one for myself. As it turns out, that was a great decision.If you're searching for a new wearable or considering upgrading yours, you might also be wondering which of the older Apple Watch models is still useful today. My Series 8 is holding up beautifully three years after it was introduced, so I'm a big proponent of using older devices as long as possible. But not all Apple Watches will work as well as the Series 8 does in 2025. Don’t buy a watch Apple doesn’t support anymoreWe have to draw the line somewhere: Seven of Apple's watches are no longer supported, meaning they won't receive any software or security updates anymore. In addition, you run the risk that the watch will no longer be compatible with your iPhone or certain apps. In short, you shouldn't buy a watch that Apple doesn't support. That includes the following:Apple Watch Series 0Apple Watch Series 1Apple Watch Series 2Apple Watch Series 3Apple Watch Series 4Apple Watch Series 5Apple Watch SE (first-gen) While the company does currently support the Series 6, it is next in line to join this list. It's not clear when that will happen, but you can be sure it will. We'll see next week—when Apple reveals watchOS 26—whether the watch will be supported another year. If not, it'll be stuck on watchOS 11 for good.Performance and other generational Watch improvementsThere are considerations for older Apple Watch models that extend beyond their ability to simply run the latest operating system. With each generation, improvements are made in some form or another. For instance, the Series 4 introduced the ECG sensor, while the Series 6 introduced the blood oxygen sensor (though Apple had to disable the feature for the Series 9 and Ultra 2 in the U.S. due to a lawsuit). The Series 7 charges faster than its predecessors, and Apple has included fast charging on most watch models since (sorry, Apple Watch SE users).In general, each Apple Watch is faster than the last. Apple tends to put its newest S-Chip—the Apple Watch's processor—in its latest watch series. Simply put, a newer S-chip gives you a faster, more productive product. The Series 6 has an S6 chip, Series 7 has S7, and so on until you hit the Ultras. (The first-generation Ultra has an S8 chip like the Series 8, while the Ultra 2 has an S9 chip like the Series 9.)While there are some core features all currently supported watches share—like workout and swim tracking, sleep tracking, Apple Pay, ECG scanning, and the ability to read and respond to messages—newer models also each have some of their own special advancements and upgrades. Here's a brief list:The Series 7 introduced faster charging, a larger display, and more durable screen.The Series 8 brought temperature sensing, crash detection, and a low-power mode for conserving battery (as did the second-gen Apple Watch SE).The Series 9 debuted new gesture controls, on-device Siri access, more precise location tracking in Find My, and a display with double the brightness of the Series 8.The first-gen Apple Watch Ultra introduced a more durable titanium casing, custom shortcuts to apps and modes via the Action button, a depth gauge and water temperature sensor, more accurate GPS, a 36-hour battery life, and an emergency siren.The Apple Watch Ultra 2 introduced a display with a maximum brightness of 3,000 nits and on-device media playback. The Series 10 introduced the largest display available on a standard Apple Watch and faster charging. If you see a feature you absolutely need in a particular watch model, you'll have to spring for it. But if you just want something for core Apple Watch tasks, you can start to consider older options. Apple's watch comparison site can be a helpful tool for identifying different features among models. Battery degradation All tech degrades to some extent and the Apple Watch is no different—particularly when it comes to the battery. While there are ways to mitigate the problem, over time, the lithium-ion battery powering your wrist computer won't last as long as it used to. That might be a bigger issue than your watch's ability to download and support a new operating system. Apple's warranty doesn't cover batteries that wear down from normal use, and charges $99 for the repair, which you could instead put towards the purchase of a new watch. There is one exception: Battery service is free if you have AppleCare+ and your watch's battery holds less than 80% of its original capacity. You need to take your watch in to an Apple Store or service provider to have it tested. My watch was pre-owned, and while I have no way of knowing if it has its original battery, my battery life has not declined substantially in the two years I've been using it daily. I primarily use mine to track my workouts, vitals, and sleep, which means it's always running. I charge it while I'm in the shower and occasionally for a few minutes before bed, and that's about it. On an average day of constant notifications, mine lasts me a bit longer than the advertised 18-hour mark. Because I have little interest in the small improvements offered by the Series 9 and Series 10—like extra brightness, larger screen size, performance bumps, and advanced cycle tracking—the battery life is what would (or will) compel me to upgrade in the future, but for now, I have not noticed any problems. I asked my mom if she's noticed any battery degradation on hers, since I bought it at the same time and place as mine, and she said no. She uses hers to track walking workouts, talk on the phone, and monitor her sleep and vitals, too.Stick with the Series 7 or newerThoroughly consider which of the features on newer models are actually important to you before making any buying decision and, if you can, stay above a Series 7. The Series 6 is still functional, but, again, it's a matter of time until the company stops acknowledging that one completely. For now, I have been pleasantly surprised by how well my Series 8 has held up for two years. Its touchscreen has never faltered, the external buttons function perfectly, it syncs to all of my apps and devices with no problem, and it does exactly what I need it to do—which is to tell me how many steps I'm taking and how hard I'm exerting myself at the gym. If you're in the market for a smart watch, I see no reason that an older version shouldn't be considered, as long as it still runs the latest operating system. You can save a chunk of change by sourcing an older model from the resale or refurbished markets and put that money away for when Apple drops something super revolutionary in the wearable space. Apple doesn't sell anything below a Series 10 or SE directly anymore, so if you want a 6, 7, 8, or 9, you'll have to check the resale and refurbished markets. You'll definitely save some money that way (a new Series 10 starts at $399, though it can be found on sale, and the refurbished Series 8 I got is selling right now for $219). Apple Watch Series 8 (Renewed) $209.00 at Amazon $220.00 Save $11.00 Learn More Learn More $209.00 at Amazon $220.00 Save $11.00

Things have been quiet on the Apple Watch front lately. Too quiet. In fact, sales are down for the second year in a row, and just last quarter, Xiaomi overtook Apple to become the top wearable brand worldwide. The good news is that the Apple Watch line is due for a refresh. Here’s what’s coming. Apple Watch SE 3 (or what if: Apple Watch Series 11e?) It’s been almost three years since Apple announced the Apple Watch SE 2. It kept the same overall design from the original SE, got a 30% larger display, and gained the S8 SiP processor, giving it a 20% performance bump. This September, Apple is expected to announce its successor. Hardware and software While rumors have been circulating for the better part of the last several months about Apple replacing the current aluminum case with a “rigid plastic” case, these plans seem to have been shelved. While there haven’t been leaks regarding an increase in case or screen size, it would make sense to expect the options to go from 40/44mm to the current 42/46mm, or a bezel reduction, which would give it more screen real estate while maintaining the footprint. Expect also a SiP upgrade, bringing it on par with the upcoming Series 11 lineup, a much welcome upgrade against the current Series 8-era S8 SiP for the SE 2. Price Alongside the material change rumors, there had been rumblings about Apple lowering the price of its entry-level watch. However, that seems unlikely, given the recent tariff turmoil and the apparent reversal of Apple’s plans to change the material. It would be safe to expect the Apple Watch SE 3 to start at the same $249 as the current version, if not a tad above that, in case Apple decides to send the Apple Watch SE the way of the iPhone SE, and introduce a more expensive entry-level Apple Watch Series 11e. Apple Watch Series 11 2024 saw the 10th anniversary of the Apple Watch announcement. However, 2025 marks the 10th anniversary of its release. This gave Apple two opportunities to release a 10-year anniversary edition of the Apple Watch, and the company has already skipped the first. This September, it might skip the second. To be fair, it looks like Apple did have a plan to release a 10th-anniversary Apple Watch band, but the company seems to have given up on that as well. Hardware and software Currently, it looks like any significant changes to the next generation of the main Apple Watch line should come from within. Alongside a predictable S11 SiP chipset update, the Apple Watch Series 11’s biggest draws should be software rather than hardware-focused. Apple is slated to debut an AI-based health coach that will use data collected by the Apple Watch and from other sources to offer a comprehensive, tailor-made health guide. At the same time, watchOS 12 is expected to adopt the same visual cues that iOS 19, macOS 19, and iPadOS 19 seem to be destined to adopt from visionOS. As for dimensions, a size increase doesn’t sound likely, as the current 42/46mm options already feel too large for some customers, but don’t rule out a small bezel shaving for a few extra pixels in screen dimensions. Price Just like with the Apple Watch SE, it would be wise to bet on similar-if-not-slightly-higher price points to make up for the uncertainty surrounding tariffs. The current Apple Watch line starts at $399, so don’t expect anything below that. Apple Watch Ultra 3 Last year, while many expected Apple to announce an Apple Watch Ultra 3, it announced a satin black option for the Apple Watch Ultra 2. This September, though, it might be different. Hardware and software There have been no reports about Apple planning to move away from titanium with the new Apple Watch Ultra. So, like the Apple Watch Series 11, this year’s update will probably rely on new features as a differentiator from its predecessor. According to leaks by Mark Gurman, the next-generation Apple Watch Ultra is slated to get 5G connectivity, as well as high blood pressure detection. The latter, it seems, will work in the same way as Apple currently measures body temperature and sleep apnea: instead of offering real-time data, it offers a rough trend overlook and warns the user when something seems off. Also, Apple is working to add independent satellite messaging to the Apple Watch Ultra 3, which will definitely be a welcome addition to those who live up to the Ultra’s sales proposition. Price The Apple Watch Ultra 2 currently starts at $799, which is quite pricey. There’s no sign Apple plans to lower the price, and given the risk of surprise tariffs, it’s unlikely they’ll raise it either. This model is probably the most stable in the lineup when it comes to pricing, but if there is one thing we have learned these last few months, it is that nothing is set in stone. Are you in the market for a new Apple Watch? Have you been holding off on buying one until new versions are announced? Let us know in the comments! Best Apple Watch deals currently on Amazon Add 9to5Mac to your Google News feed.  FTC: We use income earning auto affiliate links. More.You’re reading 9to5Mac — experts who break news about Apple and its surrounding ecosystem, day after day. Be sure to check out our homepage for all the latest news, and follow 9to5Mac on Twitter, Facebook, and LinkedIn to stay in the loop. Don’t know where to start? Check out our exclusive stories, reviews, how-tos, and subscribe to our YouTube channel

A California-based company called Magrathea just turned on a new electrolyzer that can make magnesium metal from seawater. The technology has the potential to produce the material, which is used in vehicles and defense applications, with net-zero greenhouse-gas emissions. Magnesium is an incredibly light metal, and it’s used for parts in cars and planes, as well as in aluminum alloys like those in vehicles. The metal is also used in defense and industrial applications, including the production processes for steel and titanium. Today, China dominates production of magnesium, and the most common method generates a lot of the emissions that cause climate change. If Magrathea can scale up its process, it could help provide an alternative source of the metal and clean up industries that rely on it, including automotive manufacturing. The star of Magrathea’s process is an electrolyzer, a device that uses electricity to split a material into its constituent elements. Using an electrolyzer in magnesium production isn’t new, but Magrathea’s approach represents an update. “We really modernized it and brought it into the 21st century,” says Alex Grant, Magrathea’s cofounder and CEO. The whole process starts with salty water. There are small amounts of magnesium in seawater, as well as in salt lakes and groundwater. (In seawater, the concentration is about 1,300 parts per million, so magnesium makes up about 0.1% of seawater by weight.) If you take that seawater or brine and clean it up, concentrate it, and dry it out, you get a solid magnesium chloride salt. Magrathea takes that salt (which it currently buys from Cargill) and puts it into the electrolyzer. The device reaches temperatures of about 700 °C (almost 1,300 °F) and runs electricity through the molten salt to split the magnesium from the chlorine, forming magnesium metal. Typically, running an electrolyzer in this process would require a steady source of electricity. The temperature is generally kept just high enough to maintain the salt in a molten state. Allowing it to cool down too much would allow it to solidify, messing up the process and potentially damaging the equipment. Heating it up more than necessary would just waste energy.  Magrathea’s approach builds in flexibility. Basically, the company runs its electrolyzer about 100 °C higher than is necessary to keep the molten salt a liquid. It then uses the extra heat in inventive ways, including to dry out the magnesium salt that eventually goes into the reactor. This preparation can be done intermittently, so the company can take in electricity when it’s cheaper or when more renewables are available, cutting costs and emissions. In addition, the process will make a co-product, called magnesium oxide, that can be used to trap carbon dioxide from the atmosphere, helping to cancel out the remaining carbon pollution. The result could be a production process with net-zero emissions, according to an independent life cycle assessment completed in January. While it likely won’t reach this bar at first, the potential is there for a much more climate-friendly process than what’s used in the industry today, Grant says. Breaking into magnesium production won’t be simple, says Simon Jowitt, director of the Nevada Bureau of Mines and of the Center for Research in Economic Geology at the University of Nevada, Reno. China produces roughly 95% of the global supply as of 2024, according to data from the US Geological Survey. This dominant position means companies there can flood the market with cheap metal, making it difficult for others to compete. “The economics of all this is uncertain,” Jowitt says. The US has some trade protections in place, including an anti-dumping duty, but newer players with alternative processes can still face obstacles. US Magnesium, a company based in Utah, was the only company making magnesium in the US in recent years, but it shut down production in 2022 after equipment failures and a history of environmental concerns.  Magrathea plans to start building a demonstration plant in Utah in late 2025 or early 2026, which will have a capacity of roughly 1,000 tons per year and should be running in 2027. In February the company announced that it signed an agreement with a major automaker, though it declined to share its name on the record. The automaker pre-purchased material from the demonstration plant and will incorporate it into existing products. After the demonstration plant is running, the next step would be to build a commercial plant with a larger capacity of around 50,000 tons annually.

According to a recent investor note from GF Securities analyst Jeff Pu, Apple might have a pair of surprises in store for the iPhone 17 lineup this fall. Most notably, Pu has seemingly changed his prediction that the entire iPhone 17 lineup will use a version of the A19 chip. Instead, he now believes the base model iPhone 17 will use the same A18 chip that’s used in the iPhone 16. Pu had previously predicted that the entire iPhone 17 lineup would use the A19 chip and the differentiating factor would be the RAM. The analyst had said the iPhone 17 and iPhone 17 Air would have 8GB, while the iPhone 17 Pro and iPhone 17 Pro Max would have 12GB of RAM. Now, Pu claims that the iPhone 17 will use 8GB of RAM, while the iPhone 17 Air will feature 12GB of RAM just like the Pro models. Also in this analyst note, Pu says that all four iPhone 17 models will adopt a new metalens technology for the proximity sensor. The “metalens” technology may help Apple dramatically reduce the size of the Face ID sensor. Previously, Pu had said this change would only come to the iPhone 17 Pro Max. If it pans out, this means the entire iPhone 17 will feature a smaller Dynamic Island. Notably, this contradicts Ming-Chi Kuo, who reported in January that the Dynamic Island across the iPhone 17 lineup will be “largely unchanged” compared to the iPhone 16 models Here is Pu’s full breakdown of the iPhone 17 lineup specifications: SpeciPhone 17iPhone 17 AiriPhone 17 ProiPhone 17 Pro MaxLaunchSep-25Sep-25Sep-25Sep-25Display6.1″6.6″6.3″6.9″ProcessorA18 N3EA19 N3PA19 Pro, N3PA19 Pro, N3PDRAMLPDDR5 8GBLPDDR5 12GBLPDDR5X 12GBLPDDR5X 12GBFront Camera24MP, 6P24MP, 6P24MP, 6P24MP, 6PRear Camera48MP 7P, 12MP 5P48MP, 7P48MP 7P, Periscope48MP 1G+3P, 48MP 6P48MP 7P, Periscope48MP 1G+3P, 48MP 6PFace IDStructured lightStructured lightStructured lightStructured lightCasingAluminumTitaniumAluminumAluminumModemQualcommQualcomm or AppleQualcommQualcommCharging35W35W35W35WNPIFoxconnFoxconnFoxconnICT My favorite iPhone accessories: Follow Chance: Threads, Bluesky, Instagram, and Mastodon.  Add 9to5Mac to your Google News feed.  FTC: We use income earning auto affiliate links. More.You’re reading 9to5Mac — experts who break news about Apple and its surrounding ecosystem, day after day. Be sure to check out our homepage for all the latest news, and follow 9to5Mac on Twitter, Facebook, and LinkedIn to stay in the loop. Don’t know where to start? Check out our exclusive stories, reviews, how-tos, and subscribe to our YouTube channel

Macworld People have high hopes for the Apple Watch in 2025 after the Apple Watch Series 10 disappointed in 2024. Despite rumors of major design changes, the Apple Watch 10 turned out to be more or less identical to every Apple Watch sold over the last few years. The display was just a tad larger and the body was slightly thinner, but overall it was very similar to the Series 9. At this point you might look to the old adage: “If it ain’t broke don’t fix it”. Apple’s Watch follows a proven formula that has brought a lot of success. It should be no surprise that the company isn’t rocking the boat. That might be forgivable, but Apple didn’t even update the Apple Watch Ultra or Apple Watch SE in 2024, leaving both with an older processor generation. Luckily this year it looks like Apple will deliver some long awaited Apple Watch features. Read on to find out what’s in store for Apple Watch Series 11 in the fall of 2025? Here’s what we’ve heard so far about the 2025 Apple Watch. We’ll run though what’s expected for each Apple Watch model below, starting with the Apple Watch Series 11. Apple Watch Series 11: Release date Launch at September iPhone event: Tuesday September 9 (probable) Pre-order from September 12 On sale from September 19 For years now, Apple has announced the new Apple Watch together with the new iPhone at a September event, with both products going on sale the following week. We haven’t heard anything to make us think that won’t be the case again this year. The most likely date is the second Tuesday of September, which is September 9. Pre-orders for the Apple Watch Series 11 will probably begin that Friday (September 12) with general availability in stores a week later (September 19). Apple Watch Series 11: Price Likely to start at $399, unless Apple has to raise prices Ever since the Apple Watch Series 3, Apple has kept starting prices the same for the aluminum Apple Watch and we don’t expect a price hike this year. This means that the Series 11 will start at $399 and the larger version will cost $429, with an extra $100 for cellular capability and higher prices for various bands. With the Series 10, Apple also offered a titanium case for $699/$749, which includes LTE like the Ultra. Rumors suggest Apple will keep that option around with the Series 11, likely at the same price. However, no discussion of future Apple product pricing is complete without mentioning U.S. tariffs, which are changing rapidly and could have a big impact on pricing. It’s simply too difficult to predict whether tariffs will increase the Apple Watch’s price, the odds are significant. Apple Watch Series 11: Design The Apple Watch Series 11 is likely to look nearly identical to the Series 10.Dominik Tomaszewski / Foundry Rumors throughout 2024 told us to expect more significant changes to the Apple Watch design last year, and then the Series 10 debuted and it looked like a very slightly flattened Series 9. This year, there aren’t even any rumors of big design changes. Currently, all signs point to an Apple Watch that is identical in appearance to the Series 10, with the possible exception of new colors, possibly sky blue to match the MacBook Air and iPhone 17. Apple Watch SE 3: Release date, price and design Launch at September iPhone event: Tuesday September 9 (probable) Pre-order from September 12 On sale from September 19 Apple hasn’t updated the Apple Watch SE since 2022 and that update was an extremely minor one, bringing a new chip and crash detection with a lower price of $249. It was initially rumored that 2024 would bring a substantial update to the budget watch with a plastic redesign, but that didn’t happen. Then Mark Gurman of Bloomberg reported that a plastic SE redesign would arrive in 2025 alongside the Series 11. However, a rumor in March claimed that the new Apple Watch SE had run into production issues and was in “serious jeopardy.” So Apple may need to switch to an aluminum design for the new SE or stick with the current model for another year. The Apple Watch SE hasn’t been updated since 2022.Henry Burrell / Foundry Apple Watch Ultra 3: Release date, price and design Launch at September iPhone event: Tuesday September 9 (probable) Pre-order from September 12 On sale from September 19 We do expect that there will be an Apple Watch Ultra 3 in 2025. Rumors so far point to 5G and satellite texting capabilities, according to Bloomberg’s Mark Gurman. The Apple Watch Ultra 2025 might also be slimmer. And yes, the display might be even larger. In addition to that you can expect all the features coming to the Apple Watch Series 11. Apple Watch 2025: Features coming to the Apple Watch Apple has been working on incorporating a microLED display on the Apple Watch for several years, according to various leaks and rumors, but it’s not expected to debut on the Series 11 this year. Some think this display shift will come to Apple Watch Ultra first, but even that isn’t expected in 2025. Health We’re not expecting any new health sensors. Apple’s blood glucose monitoring initiative is still years from ending up in a watch, it seems, and while there have been rumors of high blood pressure monitoring, that’s apparently not quite ready to appear this year, either. Specs So what will be new? You can bet on a new S11 SiP (system in package), offering somewhat better performance. Don’t expect a big boost in battery life, though—that has been a near constant 18 hours for nearly the entire lifespan of the watch. Apple Intelligence and the new Siri could be one of the new features of watchOS 12 and the Apple Watch Series 11.Michael Simon/IDG Apple Intelligence AI is a key aspect of almost every new Apple product now, and rumors suggest Apple is working on bringing some AI features to the Apple Watch. The actual AI models probably won’t be able to run on the watch; rather, the watch will gather data, the processing will be done on your iPhone, and then the watch will display results or notifications. Many of the new AI features will likely debut as part of watchOS 12, but some might be kept as Series 11 exclusives in order to help differentiate the hardware. 5G and Satelite It’s also rumored that the Apple Watch Ultra 3 will support 5G cellular and satellite messaging, which could also come to the Series 11. Apple debuted a wireless chip in the iPhone 16e, but it’s not clear whether it’s small or efficient enough for the Apple Watch yet. No changes? The Series 11 could just be a ‘Series 10s’ We criticized the Apple Watch Series 8 for being largely the same as the Series 7, and the Series 9 for being almost identical to the Series 8. This looks like it could be another one of those years, where there are only very minor changes to the Apple Watch that you won’t even notice in everyday use. That doesn’t mean it’s a bad watch, or that Apple is in trouble. There is virtually no competition for the Apple Watch, and as long as Apple keeps pressing forward with watchOS software features, it’s likely to keep selling a lot of Apple Watches. But if you’re hoping for a major change to the Apple Watch hardware, you’ll probably have to wait another year or more.

In this edition of SLICED, the 3D Printing Industry news digest, we compile the latest developments across the additive manufacturing (AM) sector, including equipment-sharing partnerships, market expansions in Europe and Mexico, and new standards working groups. Today’s edition features reseller appointments, research consortium launches, large-format platform integrations, dental appliance automation, and calls for conference speakers. Read on for updates from AM 4 AM, Meltio, One Click Metal, Axtra3D, Nikon SLM Solutions, Formnext 2025, and more. Emerging partnerships from AM 4 AM, and Meltio Kicking off with partnerships, Luxembourg’s materials R&D firm AM 4 AM has partnered with Stockholm aluminum powder supplier Gränges Powder Metallurgy (GPM), relocating the Swedish supplier’s materials characterization park to AM 4 AM’s facility. Under the agreement, AM 4 AM will operate GPM’s particle size analyzers, thermal testers, and mechanical-testing rigs to accelerate development cycles and strengthen quality control across both companies’ product lines. AM 4 AM Co-founder Maxime Delmée noted that access to GPM’s instrumentation will enable faster iteration and more data-driven decision-making. Highlighting benefits, GPM Managing Director Peter Vikner explained that relocating the equipment to AM 4 AM addressed both firms’ R&D requirements while leveraging AM 4 AM’s operational capabilities. Moving on, Spanish wire-laser metal 3D printer manufacturer Meltio has announced partnerships with Monterrey-based service provider Alar, and academic institution  Tecnológico de Monterrey.With this move, Alar will integrate the award-winning M600 industrial wire-laser 3D printer into its production lines, while the institution has acquired a Meltio M450 for academic training and industry collaboration.  Additionally, the Spanish manufacturer has also announced additive manufacturing integrator Sitres Latam as its official distributor. Meltio’s wire-feed deposition process, which supports stainless steel, titanium, Inconel, and copper, offers mechanical properties on par with conventionally manufactured parts while reducing waste and emissions. “This alliance with Sitres, Alar, and Tecnológico de Monterrey is fundamental to promoting real and functional metal 3D printing solutions in Mexico,” said Alar CEO Andrea Alarcón. Meltio partners with Alar, SITRES, and Tecnológico de Monterrey to expand metal 3D printing capabilities in Mexico. Photo via Meltio. One Click Metal and Axtra3D Appoint New Resellers in Iberia Turning to resellers and distribution, German metal 3D printing systems developer One Click Metal has expanded into Portugal through a collaboration with Lisbon’s industrial additive manufacturing services provider 3D Ever. The agreement gives local businesses direct access to One Click Metal’s cartridge-based powder handling systems and Lab Module for rapid material changes, alongside region-specific training and post-installation support. Founded in 2017, 3D Ever operates a multi-technology showroom—covering covering stereolithography (SLA), selective laser sintering (SLS), fused filament fabrication (FFF), and direct metal laser sintering (DMLS)—and hosts open-house events and technical workshops to integrate 3D printing into customer workflows. “Portugal is a dynamic market for additive manufacturing,” said One Click Metal’s Global Sales Director Martin Heller, “and 3D Ever’s deep industry knowledge makes them the ideal partner.” Meanwhile, Milan-based photopolymer 3D printer innovator Axtra3D has named Spain and Portugal’s Maquinser S.A. as its professional reseller for Hi-Speed SLA systems. Maquinser will showcase the Lumia X1 platform combining Hybrid PhotoSynthesis and TruLayer technologies at three major industry events through June: the International Machine-Tool Fair (EMAF) in Porto, Portugal; the Subcontratación Industrial & Addit3D expo in Bilbao, Spain; and the MindTECH manufacturing technology fair in Porto. “Axtra3D’s Hi-Speed SLA strikes the balance between surface quality, precision, and material flexibility,” said Maquinser CEO Christian Postigo. Andreas Tulaj, SVP Europe Sales at Axtra3D, added that Maquinser’s regional presence ensures localized support, rapid deployment, and customer-specific solutions across automotive, aerospace, energy, and mold-making sectors. Axtra3D appoints Maquinser S.A. as official reseller for Spain and Portugal. Image via Maquinser. 3MF Consortium and Ecosistema GO! Launch AM Research Initiatives On the research corner, the Microsoft-backed standards organization 3MF Consortium has formed a 6-Axis Toolpath Working Group to define open data structures for robotic and multi-axis AM workflows. The effort invites professionals using industrial robots and advanced CNC platforms to develop a 3MF extension that encodes non-planar toolpath data, enabling seamless interoperability across design, toolpath generation, and machine control software. Originally created to surpass STL and OBJ for complex manufacturing data, the 3MF format already supports units, materials, lattices, slice data, and metadata. This new working group will build on modules like the Beam Lattice Extension to integrate multi-axis motion paths, with open-source reference implementations available via the consortium’s GitHub repository. Elsewhere in Europe, Spain’s Centre for the Development of Industrial Technology (CDTI)-backed Ecosistema GO! Project (coordinated by Leitat with partners Aitiip, Idonial, Aimen, Addimat, HP, and Meltio) has launched to map national AM capabilities and drive industrial adoption. The initiative will publish a structured “map of capabilities” covering infrastructure, specialization areas, and R&D projects, while hosting workshops in automotive, energy, and aerospace to share success stories and define adoption strategies. “Ecosistema GO! aligns capabilities, generates synergies, and accelerates AM’s real incorporation into Spanish industry,” said IAM3DHUB General Secretary David Adrover. Open for new members through December 2025, the consortium aims to serve as Spain’s reference network for additive manufacturing. The 3MF Consortium invites participants to join its newly launched 6-Axis Toolpath Working Group. Image via 3MF Consortium. Dental Production Boosted by DMP Flex 200 Integration at DynaFlex In dental applications, U.S. orthodontic manufacturer DynaFlex has upgraded its digital workflow with the DMP Flex 200 metal 3D printer from 3D Systems, supplied and installed by their official supplier Nota3D. Featuring a 500 W laser and enlarged build platform, the system has increased DynaFlex’s production speeds by up to 80% for small custom components such as fixed appliances and bands. Matt Malabey, DynaFlex’s Director of Operations, noted that integrated software for orientation, nesting, and support generation further streamlines workflow: “Automation tools and improved onboarding allow us to scale smarter and faster.” The Flex 200 supports LaserForm CoCr, Stainless Steel 316 L, and Ti Gr23 alloys, aligning material properties with clinical performance standards. Prusa Research Opens EasyPrint to All Mobile Users Shifting to software, Czech desktop 3D printer maker Prusa Research has launched EasyPrint, a cloud-powered slicer embedded in the official PRUSA mobile app and accessible via Printables.com. It lets users prepare and send G-code directly from smartphones and tablets, automatically detecting compatible printers and applying the correct print profiles. An interactive 3D preview allows models to be moved, rotated, scaled and batch-arranged on virtual beds, while basic settings such as copy count and object size are consolidated into a one-click workflow. EasyPrint began as an invite-only beta used to collect performance metrics and optimize scalability before opening to everyone once preliminary tests proved the service smooth, according to Ondřej Drebota, Prusa’s Head of Country Development Managers & Partnerships Manager. All G-code generation runs in the cloud, enabling even low-powered devices to handle complex workflows, and users can download prepared files for offline printing. Prusa plans to extend EasyPrint compatibility to non-Prusa printers in future updates, broadening its reach across the 3D printing community. Nikon SLM Solutions and DynaFlex Upgrade Metal AM Workflow On 3D platform news, German metal 3D printer manufacturer Nikon SLM Solutions has integrated Freiburg’s automated depowdering specialist Solukon’s SFM-AT1500-S system at its Long Beach, California AM Technology Center. Paired to German manufacturer’s NXG 600E large-format 3D printer, the SPR-Pathfinder-driven unit handles parts up to 1,500 mm tall and 2,100 kg total weight, automating powder removal for industrial-scale metal components. Nikon SLM Solutions’ COO Gerhard Bierleutgeb stressed the importance of closely linking printing and automated depowdering for optimal production flow. Solukon’s CTO Andreas Hartmann added that the SFM-AT1500-S was custom-engineered to meet Nikon’s requirements for high-mass, complex geometries while maintaining a compact installation footprint. Andreas Hartmann, CEO/CTO of Solukon, and Joshua Forster, Production Manager at Nikon SLM Solutions. Photo via Solukon. Formnext 2025 Announces Call for Speakers Looking ahead to events, Germany’s trade-fair organizer Mesago Messe Frankfurt GmbH has opened its call for speakers for the upcoming Formnext 2025, to be held November 18-21 in Frankfurt. Submissions for the Industry Stage (covering sustainability, AI, standards, and talent) and the Application Stage (focusing on sectors like automotive, aerospace, and medical) remain open through June. Mesago’s Vice President Christoph Stüker explained that the multistage program is central to Formnext’s mission of disseminating AM knowledge and driving new applications. Additionally, Vice President Sascha F. Wenzler noted that the speaking slots offer an ideal platform for experts to share insights, build their profiles, and forge valuable industry connections. Adding to that, materials supplier participation at Formnext Asia Shenzhen 2025 has jumped 68% year-on-year, with booth bookings already at 70% capacity for the 26–28 August event at Shenzhen World Exhibition & Convention Center. The expanded materials segment, now covering advanced polymers, composites and specialised alloys, will feature over 30 exhibitors in metal powders (including Acc Material, JSJW New Material and Tiangong Technology), ceramics (Wuhan 3DCERAM, Nanoe France) and polymers (eSUN, SUNLU).  Louis Leung, Deputy General Manager of Guangzhou Guangya Messe Frankfurt, highlighted China’s rapid ascent as an AM leader, noting that national policy support and investment have fuelled double-digit growth in the domestic materials sector. Fringe activities include the 3D Print Farm Conference on filament supply chains and an expanded Laser & AM Forum, while related events, Formnext Asia Forum Tokyo (25-6 September) and Formnext Frankfurt round out the global network. Exhibitor registrations remain open online. A panel discussion recorded live at the Industry Stage during Formnext 2024. Photo via Formnext/Mesago Messe Frankfurt GmbH. Take the 3DPI Reader Survey — shape the future of AM reporting in under 5 minutes. Ready to discover who won the 20243D Printing Industry Awards? Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights. Featured image shows a panel discussion recorded live at the Industry Stage during Formnext 2024. Photo via Formnext/Mesago Messe Frankfurt GmbH. Anyer Tenorio Lara Anyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.