ZDNET's key takeaways The OnePlus 13 is a snappy, nearly no-compromise phone that starts at A Snapdragon 8 Elite, paired with a 6,000mAh battery and 80W fast charging, is a recipe for endurance success. IP69 is almost excessive, but you'll appreciate it when least expected. at Best Buy apr / 2025Over at OnePlus' website, both OnePlus 13 models are on sale for off, and each purchase comes with a free gift. Options include a OnePlus Nord Buds 3 Pro and a Sandstone Magnetic Case.It's not often that I review a smartphone in the first few calendar weeks and feel confident in calling it a "Phone of the Year" contender. But when I tested the OnePlus 13 back in January, that's precisely what happened.Whether Google finally launches a Pixel Pro Fold with a flagship camera system this summer, or Apple releases a thinner iPhone in the fall, the OnePlus 13 will likely still be on my mind when the year-end nominations are due.Also: I changed 10 OnePlus phone settings to significantly improve the user experienceThere's a lot going for the latest flagship phone, from the more secureultrasonic fingerprint sensor to the IP69 rating to the 6,000mAh Silicon NanoStack battery. It's also one of the first phones in North America to feature Qualcomm's new Snapdragon 8 Elite chip, which promises improvements to performance, efficiency, and AI workloads.I tested the OnePlus 13 alongside my iPhone 16 Pro Max and Google Pixel 9 Pro XL to see exactly how the Android phone stacked up against one of the best phones from 2024. In a few ways, the OnePlus 13 falls short, but in many ways, it puts the iPhone and Pixel to shame.When I first unboxed the OnePlus 13 and held it in my hand, my reaction was audible. Allow me to geek out here: The slightly curved glass, the slimness of the phone, and the overall appearance made my then-four-month-old iPhone look and feel outdated. It's as if OnePlus made the iPhone 17 Air before Apple did.However, what sells the OnePlus 13 design for me is the new Midnight Ocean color, which flaunts a vegan-leather backing that makes the phone visually distinctive and more comfortable to hold than its glass-only predecessors. The texture isn't as rough and grippy as actual leather, though, so I'd be interested in seeing how it ages over the year.Kerry Wan/ZDNETIf you were hoping the first major Android phone of 2025 would feature Qi2 wireless charging, I have good news and bad news. While the OnePlus 13 doesn't have an in-body Qi2 charging coil, meaning MagSafeaccessories won't attach directly to the back of the device, OnePlus has embedded magnetic guides within its protective covers, enabling users to take advantage of the accessories so long as the OnePlus 13 is encased. It's a burdenless workaround, but one that hopefully won't be necessary with the next model.For what it's worth, since publishing this review, several other Android phones have been released, including the Samsung Galaxy S25 Ultra, Nothing Phone 3a Pro, and Motorola Razr Ultra -- none of which feature Qi2 wireless charging.For years, one aspect that's held OnePlus phones back is the water and dust resistance rating, or lack thereof. With the OnePlus 13, the company is finally taking a stronger stance on the endurance standard, certifying the phone with an IP69 rating. It's a step above the IP68 ratings we commonly see on competing devices, and allows the OnePlus 13 to withstand high-pressure, high-temperature water jets and humidity changes.Also: 5 habit trackers on Android that can reveal your patterns - and motivate you to changeIn practice, this means the OnePlus 13 can function properly even if you leave it in your washer and dryer, dishwasher, or a pot of boiling soup. The IP69 rating feels very much like a flex, but it's a benefit that users will appreciate when they least expect it. Kerry Wan/ZDNETPowering the device is a Qualcomm Snapdragon 8 Elite chip that, from my months of usage, has some noticeable strengths and weaknesses. For day-to-day usage, such as bouncing between productivity apps, definitely not scrolling through TikTok, and taking photos and videos, the processor handles tasks gracefully. It helps that OxygenOS 15, based on the latest version of Android, has some of the smoothest animations I've seen on a phone.Also: I found a Bluetooth tracker for Android users that functions better than AirTagsBut once you fire up graphics-intensive applications like Adobe Premiere Rush and Honkai Star Rail, you'll notice some stuttering as the higher heat development leads to throttling performance. This isn't a dealbreaker, per se, as the nerfs are only apparent when you're using the device for a prolonged time.I've actually been using the OnePlus 13 quite liberally, as the 6,000mAh Silicon NanoStack battery has kept my review unit running for at least a day and a half per charge. That's unseen with any other mainstream phone in the US market, and I fully expect more manufacturers to adopt silicon batteries for their greater energy density. If not that, copy the 80W fast charging or 50W wireless charging; they're quite the revelation. Kerry Wan/ZDNETOn the camera front, the OnePlus 13, with its triple camera setup, has been a reliable shooter throughout most of my days. While the Sony LYT-808 sensor isn't on par with the one-inch sensors I've tested on international phones like the Xiaomi 15 Ultra, it does an excellent job of capturing details and finishing the output vividly. If you're a fan of sharp, bright, and slightly oversaturated imagery, then the OnePlus 13 will serve you well.Also: The best Android phones to buy in 2025Where the camera sensors fall short is in post-processing and AI-tuning features. For example, the phone leans heavily on computational photography to contextualize details when taking far-distance shots. This sometimes leads to images with an artificial, over-smoothing filter. But when the backend software works, it can reproduce details that you probably didn't think you'd capture in the first place.ZDNET's buying adviceFor a starting price of the OnePlus 13 delivers some seriously good value -- possibly the best of all the major flagship phones I've tested so far this year. The company has improved the device in almost every way, from the design to the performance to its accessory ecosystem. I just wish OnePlus offered more extensive software support, as the OnePlus 13 will only receive four years of Android OS updates and six years of security updates. Samsung, Google, and Apple offer at least seven years of OS support. If you can shoulder the shorter promise of longevity, this is one of the easiest phones for me to recommend right now. Why the OnePlus 13 gets an Editors' Choice award We awarded the OnePlus 13 an Editors' Choice because it nails all the fundamentals of a great smartphone experience while leading the market in some regards, such as battery and charging, durability, and design. The specs this year are noticeably improved compared to its predecessor, the OnePlus 12, with a faster processor, lighter build, larger battery capacity, and a more capable camera system. Most importantly, the OnePlus 13 starts at undercutting its closest competitors like the Google Pixel 9 Pro XL and Samsung Galaxy S25 Ultra.
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When will this deal expire? As per OnePlus, this offer will end on June 8, 2025.However, deals are subject to sell out or expire at any time, though ZDNET remains committed to finding, sharing, and updating the best product deals for you to score the best savings. Our team of experts regularly checks in on the deals we share to ensure they are still live and obtainable. We're sorry if you've missed out on a deal, but don't fret -- we constantly find new chances to save and share them with you on ZDNET.com. 
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What are the tariffs in the US? The recent US tariffs on imports from countries like China, Vietnam, and India aim to boost domestic manufacturing but are likely to drive up prices on consumer electronics. Products like smartphones, laptops, and TVs may become more expensive as companies rethink global supply chains and weigh the cost of shifting production.Smartphones are among the most affected by the new US tariffs, with devices imported from China and Vietnam facing steep duties that could raise retail prices by 20% or more. Brands like Apple and Google, which rely heavily on Asian manufacturing, may either pass these costs on to consumers or absorb them at the expense of profit margins. The tariffs could also lead to delays in product launches or shifts in where and how phones are made, forcing companies to diversify production to countries with more favorable trade conditions.
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This story was originally published on January 7, 2025, and was updated on June 1, 2025, adding information for a new June discount.Featured reviews
#why #recommend #this #oneplus #phone

CADENAS GmbH, a software company based in Augsburg, Germany, has joined the KEYENCE Group. The acquisition is intended to advance the development of 3Dfindit, CADENAS’ engineering platform, and enhance its digital catalog capabilities for global users.
Founded in 1992, CADENAS operates a platform that connects around 10 million engineers and designers with suppliers of 3D CAD components. The company has steadily expanded over three decades, providing catalog-based solutions that support digital part integration across multiple manufacturing sectors. This strategic shift comes after more than 30 years of independent growth.
KEYENCE, a Japanese corporation specializing in automation and inspection equipment, has reported consistent annual growth of 10% for the past 25 years. As of March 2024, it ranked among the five largest companies in Japan by market capitalization. With operations in 46 countries and a customer base of 350,000 businesses, the group’s acquisition of CADENAS is positioned to extend its reach in digital engineering infrastructure.
According to the Augsburg-based firm, existing customer relationships will remain unchanged. It stated that its team will stay intact, with ongoing independent development of its software. “We will remain a neutral, reliable partner for manufacturers and companies of all kinds, regardless of industry,” reads the company statement. It also clarified that customer data will continue to be handled internally.
The new arrangement is expected to contribute to KEYENCE’s long-term objective of expanding its technology offering and support systems. While the engineering platform will continue operating under its current structure, it will now complement the broader industrial automation ecosystem of its new parent company.
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CADENAS becomes part of the KEYENCE Group. Image via CADENAS GmbH.
Strategic acquisitions reshape digital manufacturing landscape
In March, United Performance Metalsacquired Fabrisonic, an Ohio-based manufacturer known for its ultrasonic additive manufacturingtechnology. Following the acquisition, Fabrisonic was integrated into UPM’s processing network, which includes sites in Connecticut, Ohio, and California. The supplier of specialty metals stated that Fabrisonic’s technology and expertise would enhance its ability to develop advanced materials and expand its manufacturing capabilities. Fabrisonic General Manager Jason Riley credited the company’s engineers as key to its progress and said the acquisition would support the next phase of growth.
A month later, Nano Dimension completed its million acquisition of Markforged Holding Corporation, a U.S.-based manufacturer of FDM 3D printers. The transaction followed a period of internal restructuring at Nano Dimension, including leadership changes and the resolution of legal disputes related to other merger agreements. Markforged, which reported annual revenues exceeding million, brings an installed base of 15,000 systems, along with capabilities in metal and composite manufacturing and AI-driven production software. As part of the agreement, Markforged’s CFO, Assaf Zipori, was appointed Chief Financial Officer of Nano Dimension.

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Featured image shows CADENAS becomes part of the KEYENCE Group. Image via CADENAS 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.
#cadenas #acquired #keyence #group #strengthen

By the time you’ve stuffed a flashlight, water pump, air pump, charger, fan, lighter, and an emergency alarm into your pack, the “ultralight” fantasy starts to collapse under the weight of your gear. That’s the reality for most campers. You want to be prepared for everything, but you end up carrying a bag of one-trick ponies that barely play nice with each other. Aecooly’s CamperKit flips that struggle on its head with an idea so obvious you’ll wonder why it didn’t exist sooner – a single, grip-sized battery at the heart of a magnetic, modular ecosystem that handles all your campsite needs.
The CamperKit is centered around a 25.9Wh batterythat doesn’t just power things, it docks them in a way that creates a whole new product. As many as 10+ different snap-on modules orbit around this core, transforming it from a battery pack into a chameleon toolkit built for life in the wild. Each module magnetically attaches with a satisfying click, instantly drawing power without fussing with cables or extra connectors. And because every tool lives off the same battery, you’re reducing redundancy and weight while streamlining your carry into something that actually makes sense.
Designer: Aecooly Team
Click Here to Buy Now:. Hurry, only a few left!

Start with the Jet Fan. It’s compact but delivers turbocharged airflow that cuts through summer heat like a breeze engineered in a lab. Designed for portability and speed, it cools quickly and efficiently, perfect for muggy hikes or lazy afternoons at basecamp. Swap it out for the Camping Fan when night falls. That one runs quieter, with airflow tuned for small enclosures like tents and cabins. Both fans clip on with the same magnetic connector, transforming the battery into a cooling hub with zero friction.

When the sun dips and shadows stretch, the lighting mods take over. The Flashlight blasts up to 2000 lumens with adjustable beam modes, from wide-angle floodlight to pinpoint spotlight. It’s powerful enough to light a trail or scan a treeline, but smart enough to run on lower brightness when all you need is soft visibility. Then there’s the Ambient Light and Camping Lantern. The former offers soft, customizable glow for quiet moments, while the latter delivers 360 degrees of illumination with three color temperatures and up to 120 lumens. Together, they handle everything from cooking to card games to late-night bathroom treks without being blinding or bland.

Hydration is rarely glamorous, but the Water Pump module makes it almost fun. With five adjustable pressure settings and a top output of 2MPa, it handles everything from filling a cooking pot to washing hands, or even yourself after the beach. Built-in filtration makes it usable with containers or streams. Switch to the Air Pump if you want to channel air instead of water. The Air Pump mod delivers up to 3kPa of pressure. Mattresses, pillows, even a paddleboard in a pinch, all inflated without effort. No foot-pumping, no lungs, no problem.

The Charger module does exactly what it should, turning the main battery into a dependable power bank with both USB-C and USB-A outputs. Whether it’s your phone, camera, or GPS, you’re covered. And then there’s the Arc Lighter. Windproof, flameless, and oddly satisfying to use, it ignites stoves, fires, and grills with a high-voltage arc that works even when the weather refuses to cooperate.

Safety rounds out the set with the Alarm module. It packs in motion detection, an ultrasonic animal repellent, and a loud siren that triggers when something or someone gets too close. Its three-meter detection radius and autonomous response make it one of the smartest ways to sleep a little easier in the wild.

But what makes CamperKit feel like a leap forward is the way everything just fits together. The magnetic connection feels deliberate and clean. The centralized interface keeps controls simple. Each module is part of a larger vision, one where your gear works as a system rather than a scattered mess of parts.
Click Here to Buy Now:. Hurry, only a few left!The post All-in-1 Modular Camping Kit Combines 10+ Outdoor Gadgets into One Compact Design first appeared on Yanko Design.
#allin1 #modular #camping #kit #combines

There are wireless earbuds in tons on the market – virtually leaving you frustrated which one fits your requirements the closest. The recent trend of see-through earbuds has caught up with the early adopters who love the visual intricacy of rejoicing the innards of their loved gadgets. Nothing sparked off this long-buried fad with their maiden earbuds that caught world’s attention.
The Arctis GameBuds Glorange makes you fall in love while the Moondrop Pill tingles your compulsive instinct to make the purchase right away. Somewehre in between these two options sits the Moondrop’s another pair of earbuds that has gone under the radar but is no slouch by any stretch of imagination. Perfect for space phantasy enthusiasts, the pair has a retro-modern charm with the impressive specifications that will interest audiophiles.
Designer: Moondrop

Moondrop Ultrasonic is a pair of earbuds in contention for being one of the most balanced visual pleasers. It is a hybrid between a see-through look and the sci-fi aesthetic dominated pair of buds. The dual-driver hybrid TWS tuned by professional engineers has a combination of DD+BA drivers on each side to deliver high-quality sound. Add to the equation a FRA Lithium-Magnesium alloy balanced armature tweeter and your search for a natural sounding high frequency spectrum is a given. The 13mm sapphire diaphragm full-frequency dynamic driver promises a thump that rivals even the most sought-after over-ear headphones.

These earbuds support LDAC lossless high-resolution audioand an advanced high-end Bluetooth SOC chipset that enables highly efficient performance with stable Bluetooth V5.3 connectivity. A low-latency rating of 55ms means the buds are ideal for the odd gaming session, playing highly competitive FPS titles. The Moondrop UltraSonic features wide-band Active Noise Cancellationpowered by advanced Single-Feedforward ANC technology. Leveraging a next-generation flagship SoC chipset and refined acoustic engineering, it delivers robust noise-cancellation performance. The transparency mode has also been enhanced, precisely tuned to better amplify human voices and ambient sounds. Additionally, the upgraded MitsuYuki voice prompts offer a more intuitive and seamless user experience for connectivity and operation.

The earbuds are very comfortable to wear for long listening sessions and the passive noise isolation is also good. Battery life on the buds is also acceptable, with 6 hours on the buds and an additional 18 hours with the charging case. The only complaints being the plastic housing of the earbuds and case, and the average battery life, which might not be deal breakers for users. In more ways than not, the Ultrasonic earbuds are a worthy successor to the Space Travel buds. Carrying a price tag of make them well worth the investment and a deal maker even with the little disadvantages.

The post Retro Modern Moondrop Ultrasonic earbuds will be the perfect pair for a Mission to Mars first appeared on Yanko Design.
#retro #modern #moondrop #ultrasonic #earbuds

A review published in Virtual and Physical Prototyping explores the growing field of additively manufactured acoustic metamaterials, highlighting how 3D printing technologies enable novel designs for effective sound absorption across diverse applications. Authored by researchers from Khalifa University and Dassault Aviation, the paper classifies acoustic metamaterials into perforated, slotted, cellular, and hybrid types and investigates how additive manufacturing enhances their performance.
Expanding acoustic control with 3D printing
Additive manufacturing offers unique benefits for acoustic metamaterials, enabling precise control over geometry, material distribution, and internal architecture. This level of control allows researchers and engineers to tailor acoustic behavior at specific frequency ranges, while simultaneously optimizing for weight, mechanical strength, and structural complexity. 
Traditional sound-absorbing materials, such as porous foams or fibrous panels, are often constrained by fixed properties and limited adaptability. In contrast, 3D printing allows designers to create resonant structures and internal cavities with sub-wavelength precision, an essential factor in manipulating how sound waves interact with matter.
The review outlines how techniques such as Stereolithography, Selective Laser Melting, Fused Deposition Modeling, and Digital Light Processingare being employed to fabricate a new generation of acoustic absorbers. These processes enable the construction of intricate geometries previously unattainable with conventional manufacturing, and allow for the fine-tuning of key parameters such as pore size, wall thickness, infill density, and material gradients. In doing so, additive manufacturing not only improves absorption efficiency but also broadens the usable frequency range of these metamaterials, making them more adaptable to specific environments and industrial requirements.
ACA-Meta fabricated by various additive manufactured techniques: a) vat photopolymerization, b) powder bed fusion, c) binder jetting, d) extrusion, and e) material jetting. Image via V. Sekar et al., Virtual and Physical Prototyping.
The paper categorizes these acoustic metamaterials into four structural families, each with distinctive mechanisms for managing sound waves. Perforated metamaterials absorb mid- to high-frequency noise by dissipating energy through arrays of micro-holes, often backed by air cavities to enhance low-frequency performance. Slotted designs employ labyrinthine or coiled channels to extend the acoustic path length, enabling effective attenuation at low frequencies within a compact footprint. Cellular structures, including periodic honeycombs, gyroids, and stochastic foams, are engineered to exhibit broadband performance through controlled porosity and internal resonance. Lastly, hybrid designs combine multiple features, such as perforated faces with embedded coiled cavities or layered cellular cores, to achieve tunable, wideband absorption across multiple acoustic regimes.
Classification and sub classification of ACA-Meta. Image via V. Sekar et al., Virtual and Physical Prototyping.
These classifications are not merely theoretical; each has been demonstrated through experimental validation, with performance metrics such as sound absorption coefficientmeasured using impedance tubes and reverberation chambers. The paper emphasizes that even minor design modifications, like altering the angle of perforations or grading cell density, can have significant effects on absorption performance, reinforcing the value of additive manufacturing as both a prototyping and production tool in acoustic engineering.
Simulation and experimental validation
To quantify acoustic absorption, the study reviews both analytical models and experimental methods. Key parameters include the sound absorption coefficient, surface porosity, and sample orientation. Validation techniques such as impedance tube and reverberation room testing show that additively manufactured metamaterials can achieve or exceed the performance of traditional absorbers.
The review also identifies future directions, including volumetric 3D printing, multi-material printing, and 4D printing using smart materials for tunable acoustic responses. These approaches promise scalable, reconfigurable absorbers that can adapt to environmental changes or user-defined inputs.
Schematic representation and design parameters of ACA-Meta. Image via V. Sekar et al., Virtual and Physical Prototyping.
Reshaping acoustic metamaterials
Interest in the acoustic capabilities of 3D printing has grown significantly in recent years. In 2019, researchers at the University of Sussex demonstrated a 3D printed metamaterial capable of directing sound to a specific location without the use of headphones, an early example of how additive manufacturing could redefine personal audio delivery. More recently, the University of Strathclyde received £500,000 in funding to develop miniaturized acoustic systems using 3D printing, aiming to advance compact and high-performance devices for sensing and communication.
Consumer audio brands have also embraced the technology; Campfire Audio, for instance, leveraged additive manufacturing to create earphones internal structure for their Supermoon series, optimizing both sound performance and fit. On a more experimental front, researchers have begun using sound itself as a medium for fabrication, as seen in a recent study on holographic Direct Sound Printing, which manipulates ultrasonic fields to solidify resin. Together, these developments underscore the growing convergence of 3D printing and acoustic innovation, a convergence that the reviewed paper situates within the emerging domain of engineered sound-absorbing metamaterials.
Read the full article in Virtual and Physical Prototyping
Subscribe to the 3D Printing Industry newsletter to keep up with the latest 3D printing news.You can also follow us onLinkedIn and subscribe to the 3D Printing Industry YouTube channel to access more exclusive content. At 3DPI, our mission is to deliver high-quality journalism, technical insight, and industry intelligence to professionals across the AM ecosystem.Help us shape the future of 3D printing industry news with our2025 reader survey.
Feature image shows ACA-Meta fabricated by various additive manufactured techniques.
#additive #manufacturing #unlocks #new #possibilities

Every maker knows that familiar frustration: you’re deep into a project, carefully crafting something amazing, when your cutting tool snags, slips, or simply can’t handle the precision you need. Traditional cutting methods often leave rough edges, melted plastic, or splintered materials that require hours of additional sanding and finishing. Whether you’re trimming 3D prints, working with delicate materials, or adding intricate details to a model, the limitations of conventional tools can turn creative excitement into tedious damage control.
The NeoBlade wireless ultrasonic cutter changes everything about how makers approach precision cutting tasks. This revolutionary tool harnesses the power of 40 kHz ultrasonic vibration technology in a compact, cordless package that weighs just 6.4 ounces with the battery installed. The high-frequency micro-vibrations allow the blade to slice through materials with minimal pressure and maximum control, creating the sensation of cutting through butter even when working with tough materials like carbon fiber, acrylics, or dense woods. This game-changing approach eliminates the struggle and frustration that often accompany detailed cutting work.
Designer: HOZO Design
Click Here to Buy Now:. Hurry, only 48/300 left! Raised over What truly sets the NeoBlade apart is its intelligent auto power adjustment system that intuitively adapts to different materials as you cut. This smart technology means you don’t need to constantly fiddle with settings or worry about applying too much force when transitioning between materials in mixed-media projects. The cutter automatically optimizes its performance whether you’re working with delicate PLA filament from a 3D print, tough ABS plastic, natural wood, or even PCB boards, allowing you to focus entirely on your creative vision rather than managing your tool.

Dual cutting modes provide versatility for different project needs without compromising on performance. Precision mode delivers short, controlled cuts perfect for trimming intricate details, deburring edges, or making tiny adjustments to delicate parts. When you need to make longer cuts for splitting materials or creating grooves, Continuous mode keeps the blade vibrating without interruption, allowing smooth, consistent cutting action across the entire length of your workpiece. It’s a kind of flexibility that makes the NeoBlade suitable for everything from quick touch-ups to major fabrication tasks.

Heat management has always been the Achilles’ heel of cutting tools, but the NeoBlade’s built-in turbofan cooling system solves this problem elegantly. The innovative ventilation design pulls air through side vents to maintain optimal operating temperature even during extended use. This cooling technology not only prevents the blade from overheating but also keeps the handle comfortable in your hand during long work sessions. More importantly, it ensures consistently clean cuts without the melted edges or material distortion that often occurs with overheated cutting tools.

The versatility of the NeoBlade expands dramatically with its six interchangeable blade options, each designed for specific cutting challenges. The standard 30-degree edge handles most everyday tasks, while specialized options like the curved blade for fluid motions, the chisel-like blade for carving, and the double-edge blade for creating precise grooves allow you to tackle virtually any cutting task with confidence. Each blade comes in a spring-loaded dispenser with a one-way disposal slot, making replacements quick, easy, and safe without interrupting your creative flow.
Changing the Battery

Battery management becomes virtually effortless with the TurboDock charging system, eliminating the productivity-killing downtime that plagues other wireless tools. The dual-slot dock simultaneously charges both the NeoBlade and a spare battery in just 30 minutes, ensuring you always have power ready when inspiration strikes. This quick-swap battery system means you can work continuously on large projects without frustrating interruptions, maintaining your creative momentum from start to finish without being tethered to a power outlet or waiting for recharging.

For serious makers who understand that the right tools transform not just the final product but the entire creative process, the NeoBlade represents a significant evolution in cutting technology. Its combination of wireless freedom, intelligent power management, and ultrasonic precision opens new possibilities for projects that previously seemed too delicate or complex to attempt. By removing the limitations and frustrations of traditional cutting methods, the NeoBlade doesn’t just help you make things; it fundamentally changes how you approach the making process, freeing your creativity to explore new materials, techniques, and designs without compromise.
Click Here to Buy Now:. Hurry, only 48/300 left! Raised over The post NeoBlade: World’s Smallest Wireless Ultrasonic Cutter Revolutionizes DIY Projects first appeared on Yanko Design.
#neoblade #worlds #smallest #wireless #ultrasonic

Here's what we looked at this week:French company Cyclauto revives a modular cargo bike design from the 1930s. The Rivian R1T's brilliant "seamless tailgate" design feature provides a way better UX for unloading.Škoda's futuristic Slavia B electric motorcycle concept. Joe Doucet's OLO Table, made with Polygood Oyster, gives new life to old refrigerators, keyboards and computer mice.This Aura Triple Boost Pro adds three unfolding screens to your laptop.At the German Pavilion at Expo 2025 Osaka, an interesting twist on the sunken living room.Automatic photo timestamp/location-stamp apps for keeping track of projects.Laurids Gallée's Tralucid Stools are both crisp and blurry.The forgotten trade of the patternmaker: How metal objects used to first be made out of wood.The origins of the first mass-market tool chest, by H. Gerstner & Sons.Peter Ivy's gorgeous Rokkakei hand-blown glass pendant lamps.Acrobatic artist Bastien Dausse's low-tech wall-walking invention. I bet there's a fun commercial application for this.Hozo designs a better cordless ultrasonic cutter, with both UX and safety improvements.The Bzigo Iris is an in-room mosquito tracking device that lets you easily kill them.All 17 components of Freitag's Monobags are completely monomaterial and recyclable.For the Boat Life crowd, fun floating furniture by Bote.Design opportunity: Create a better portable tufting frame.The Pivotal Helix: A cute, goofy-looking personal electric flying machine.Industrial design case study: Tactile helps Milwaukee develop their digital level.
#core77 #weekly #roundup

A miraculous tool for the modern-day modelmaker is the handheld ultrasonic cutter. These combine the precision of an X-Acto with the convenience of a Dremel, and in the past few years, they've come a long way.Just a few years ago the state-of-the-art was this Wondercutter S, by South Korean manufacturer Cutra. The actual tool part that you hold onto was tiny, but it required being tethered to this base for power. Last year Chinese tool manufacturer Hanboost unveiled their C1 Ultrasonic Cutter, a cordless model that lets you ditch the tether. Now Hozo, a Chinese manufacturer of notably designey tools, has pushed it a bit further with their NeoBlade ultrasonic cutter. The NeoBlade is also cordless, but features both a charging dockand hot-swappable batteries, reducing downtime for longer jobs. Conveniently, the dock is designed to hold both the tool with a battery in it, and a standalone backup battery. In addition to improving the UX with the charging dock, Hozo has added some welcome safety features. Blade changes are made easier and safer for the clumsy, thanks to this blade holder that keeps your fingertips away from the pointy bits.And when it comes time to dispose of blades, the dispenser has a one-way slot on the back to hold the spent ones. There are two modes: A press-to-power mode for precision, where you need to hold the button down to make it cut, and a continuous mode for longer cuts. Like the other ultrasonic tools, it can cut through a variety of materials, and offers multiple blade types. Here's the demo:The NeoBlade has been successfully Kickstarted, with 47 days left to pledge at press time. The tool is schedule to ship in August.
#hozo #designs #better #cordless #ultrasonic

Table of Contents
Table of Contents
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: specs
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: design
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: display
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: performance
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: battery and charging
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: cameras
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: software and updates
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: price and availability
Samsung Galaxy S25 Edge vs.
iPhone 16 Pro Max: verdict
The Samsung Galaxy S25 Edge is coming out at the end of the month as one of the first slim phones in the world, and we’re excited to see how people will react to holding a phone that’s nearly as thin as a piece of paper.
However, it’s competing against its thick Apple rival, the iPhone 16 Pro Max.
As we settle into the middle of 2025, it’s survival of the fittest — or should we say, “thinnest”? — and the two phones are competing over who weighs less and how much can deliver more to their users regardless of their size.
Here’s what we have to say.
Recommended Videos
Samsung Galaxy S25 Edge
iPhone 16 Pro Max
Size
159 x 76 x 5.9 mm (6.26 x 2.99 x 0.23 inches)
163 x 77.6 x 8.25 mm (6.42 x 3.06 x 0.32 inches)
Weight
163 grams (5.75 ounces)
227 grams (7.99 ounces)
Screen size
6.7-inch HDR10+ AMOLED (120Hz)
6.9-inch Super Retina XDR OLED display
Screen resolution
1440 x 3120 resolution at 513 pixels per inch
2868 x 1320 resolution at 460 ppi
Operating system
Android 15 under One UI 7
iOS 18
Storage
256GB, 512GB
256GB, 512GB, 1TB
MicroSD card slot
No
No
Tap-to-pay services
Google Play
Apple Pay
Processor
Qualcomm Snapdragon 8 Elite
A18 Pro
RAM
12GB
8GB
Cameras
Rear: 200-megapixel
12MP ultrawide
Front: 12MP
Rear: 48MP Fusion (main), f/1.78
48MP ultrawide, f/2.2
12MP telephoto, f/2.8, 5x optical zoom
Front: 12MP, f/1.9
Video
Rear: 8K at 30fps, 4K up to 120fps, and 1080p up to 240fps
Front: 4K up to 60 fps, and 1080p up to 60 fps
Rear: 4K up to 120fps, and 1080p up to 240fps
Front: 4K up to 60fps, and 1080p up to 120fps
Bluetooth
5.3
5.3
Ports
USB-C
USB-C
Biometrics
Under-display ultrasonic fingerprint sensor
Face ID
Water resistance
IP68
IP68
Battery
3,900mAh
25W wired charging
15W wireless charging
Reverse wireless charging
4,685mAh
30W fast charging (50% in 30 minutes)
25W MagSafe wireless
15W Qi2 wireless
4.5W reverse wireless
App marketplace
Google Play Store
App Store
Network support
5G
5G
Colors
Titanium Icy Blue, Titanium Silver, and Titanium Jet Black
Black Titanium, White Titanium, Natural Titanium, and Desert Titanium
Price
Around $1,300
Starts at $1,199
Available from
Unknown
 Apple, Amazon, Best Buy
Related
Andy Boxall / Digital Trends
The Samsung Galaxy S25 Edge is as thin as its name suggests, if the exact dimensions listed in the spec chart above are anything to go by.
Leaked images have shown the S25 Edge to have a thin frame around the handset and two vertically-aligned cameras on top of the slight camera bump — a detail that is noticeably absent from the rest of the Galaxy S25 lineup.
They have also shown the phone to have a microphone on the top and bottom, and a side button beneath the volume button on the right edge of the frame.
Meanwhile, the iPhone 16 Pro Max is a bit thicker at 8.25mm, with a titanium frame with a brushed metal finish, flat edges, and a matte glass back that make it easier to grip the phone.
It has a triple-lens camera layout similar to that of the iPhone 15 Pro Max, and a Camera Control button dug into the right side of the frame underneath the power button, which sticks out like the other buttons sitting on the left edge.
Aside from the thickness (or lack thereof), we’re waiting to see if the S25 Edge comes out looking the way they do in the leaks.
For now, the iPhone 16 Pro Max takes the trophy in the design category.
Winner: iPhone 16 Pro Max
Andy Boxall / Digital Trends
The Galaxy S25 Edge is rumored to have a 6.7-inch AMOLED display with a peak brightness of 2,600 nits, a variable refresh rate up to 120Hz, and a 3120 x 1440 QHD+ resolution, which will allow users to access their photos, videos, files, social media, games and more at a lightning-fast pace.
The quick access will also be helped by the fact that the S25 Edge’s screen will take after the S25 Plus and S25 Ultra and support Dynamic AMOLED 2X and ProScaler, greatly enhancing photo and video quality.
The display on the iPhone 16 Pro Max is 0.2 inches bigger than the S25 Edge, given that it sits at the high-end of the iPhone 16 lineup.
It has a 6.9-inch Super Retina XDR OLED display with ProMotion and always-on tech, gives off a 2868 x 1320 resolution and a maximum of 2,000 nits, and has an adaptive refresh rate of 120Hz, same as the S25 Edge.
Though both phones have the smoothest refresh rate, the iPhone 16 Pro Max may be too big for some people to hold because of how large the screen is compared to the S25 Edge — and the iPhone 16 Plus, for that matter, as its display measures the same.
You might find an easier time gripping the S25 Edge because its display is smaller.
You’ll have an even better time viewing videos and photos, as well as playing games, with the higher resolution and the quality bump from ProScaler.
Winner: Samsung Galaxy S25 Edge 
Andy Boxall / Digital Trends
Visual quality and performance go hand-in-hand, and no tech company knows that better than Samsung and Apple.
But since the Galaxy S25 Edge comes out in a week, we’ll talk about its performance stats first.
This phone runs 12GB of RAM whether you pick the 256GB or the 512GB version, and they house the Qualcomm Snapdragon 8 Elite, which relies on multi-core performance and has eight CPU cores and an Adreno GPU, which runs everyday tasks as smooth as silk.
If you have a tendency to have intense gaming sessions on your phone, you’ll be happy to know that the Galaxy S25 Edge has a vapor chamber and new thermal interface material (TIM) to prevent the phone from overheating — and burning your hands — while playing anything on Xbox Game Pass.
Meanwhile, the iPhone 16 Pro Max operates on the A18 Pro processor, which makes everything run fast and smooth for how little memory it has — 8GB of RAM.
You can play resource-heavy games on this phone, but because it has only one CPU core, it will overheat pretty quickly if you play on your phone in a hot environment or use a case that doesn’t allow it to cool down as fast as it heats up.
That makes the iPhone 16 Pro Max well suited for those who will only use it for light tasks like web surfing, taking pictures and videos, and texting.
But for people who want to do more on their phone without breaking a sweat, gaming included, the Galaxy S25 Edge is the way to go.
Winner: Samsung Galaxy S25 Edge 
Andy Boxall / Digital Trends
The Galaxy S25 Edge has a 3,900mAh battery, which is slightly smaller than the batteries in the rest of the Galaxy S25 lineup, where the base model has a 4,000mAh battery and the S25 Ultra has a 5,000mAh battery.
Samsung claims that the S25 Edge supports 25W wired charging, 15W wireless charging and reverse wireless charging.
However, Samsung didn’t exactly mention how fast the phone would charge when it’s plugged in.
The iPhone 16 Pro Max, on the other hand, has an even bigger battery with 4,685mAh of power capacity.
It supports 30W fast charging, reaching 50% charge in 30 minutes or less.
It also supports 25W MagSafe wireless charging, 15W Qi2 wireless charging, and 4.5W reverse wireless charging.
This shows that a bigger battery doesn’t always mean faster charging, it just means it takes little longer to get to full charge.
Although, it is tough to call which phone has the best battery and charging time since they’re close is size and capacity, and the speed in which in the S25 Edge reaches a full charge, let alone a half charge, has not been determined.
Winner: Tie
Samsung
Despite the Galaxy S25 Edge having two rear cameras, its main camera has a 200-megapixel lens sitting atop the 12MP ultrawide camera.
The latter camera is quite a significant downgrade from the 48MP ultrawide camera found on the S25 Ultra, but that’s only because there aren’t any other cameras aside from the main one to compensate for it.
However, the 200MP camera would provide for high-quality photos and videos, considering how well it captured every detail on the S25 Ultra.
The iPhone 16 Pro Max, meanwhile, has a 48MP Fusion camera, a 48MP ultrawide camera, and a 12MP telephoto camera with 5x optical zoom, balancing out the visual quality of every picture and video it captures.
The ultrawide camera provides a 120-degree field-of-view for landscaping and group photos, while the 12MP telephoto helps to capture the tiniest objects up close and personal when zoomed in, like small insects and leaf cells.
The 48MP camera ensures every photo and video is crystal clear.
We don’t know how well the cameras on the S25 Edge will pan out, so the iPhone 16 Pro Max gets the photo finish — for now.
Winner: iPhone 16 Pro Max
Andy Boxall / Digital Trends
The Galaxy S25 Edge will operate on Android 15 out of the box, with Samsung’s One UI 7 layered on top of it.
The combined software guarantees enhanced privacy features, improved multitasking, and AI capabilities like Gemini.
Just like the other phones in the Galaxy S25 line, Samsung has promised seven years of OS and security updates for the S25 Edge.
As for the iPhone 16 Pro Max, it runs on iOS 18 out of the box, but it can be updated to the latest version.
Basically, iOS 18 comes with Apple Intelligence, which will summarize your emails, text messages, social media notifications, and help improve your writing by providing grammar and spelling checks to ensure you get your point across to anyone you’re talking to with poise.
There’s also an advanced Siri that lights an iridescent ring around the display when you say its name.
Apple didn’t say how many years of OS and security updates the phone would get, as it updates the OS for months at a time.
Winner: Samsung Galaxy S25 Edge
Andy Boxall / Digital Trends
At launch, the Galaxy S25 Edge will be sold at $1,099 for the 256GB variant, and $1,199 for the 512GB version.
As for what colors it will be sold in, it will come in Titanium Icyblue, Titanium Silver, and Titanium Jetblack.
No, the first and third colors are definitely not typos.
The iPhone 16 Pro Max has been on the market since September 2024, and its price depends on how much storage space you need.
The 256GB variant costs about $1,199, while the 512GB version costs $1,399, and the 1TB variant costs $1,599.
It comes in Black Titanium, White Titanium, Natural Titanium, and Desert Titanium.
Winfuture
Although our review has yet to be published, the Galaxy S25 Edge appears to be winning this battle.
It’s easier for big hands to hold for how slim it is, camera design justifies the overall design of the phone, and the performance it delivers is highly optimal, especially for gamers.
Its thinness may make it look fragile, but it has a titanium frame around its circumference and is the first smartphone to have the Gorilla Glass Corning 2 on glass screen, offering the phone double the protection from cracks and scratches if it falls.
Plus, the S25 Edge is a little more affordable than the iPhone 16 Pro Max, which could be helpful information for people who need a new phone but don’t want to break the bank for an Apple phone.
They say great things come in small packages.
In this case, they come in slim packages.

Source: https://www.digitaltrends.com/mobile/samsung-galaxy-s25-edge-vs-iphone-16-pro-max/">https://www.digitaltrends.com/mobile/samsung-galaxy-s25-edge-vs-iphone-16-pro-max/">https://www.digitaltrends.com/mobile/samsung-galaxy-s25-edge-vs-iphone-16-pro-max/
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