CNCs come in many forms, including mills, 3D printers, lasers, and plotters, but one challenge seems universal: there’s always a project slightly too large for your machine’s work envelope. The …read more

SIGGRAPH 2025, French Pavilion, Cap Digital, CNC, Vancouver, summer events, tech conferences, French companies, digital creativity, animation and graphics ## Introduction As summer approaches, excitement builds for one of the most anticipated events in the tech and digital creative industries: SIGGRAPH 2025! This year, from August 10 to 14, Vancouver will transform into a vibrant hub of...

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.

Thermalright is a Menace: Dozens of New Coolers, New Case, 17-Blade Fan, & Mini PCs, ft. CEOMay 30, 2025Last Updated: 2025-05-30We take a look at Thermalright’s crazy amount of air coolers, closed-loop liquid coolers, fans, and examine the company’s first caseThe HighlightsThermalright continues to overwhelm the CPU cooler market with a crazy amount of coolers at cheap pricesThermalright showed off its first case, the TR M10 MATXThermalright is experimenting with fans of all kinds, ranging from high-end all-LCP and metal fans to more modest PPT onesThe company also unveiled a number of new closed-loop liquid coolersTable of ContentsAutoTOCGrab a GN Soldering & Project Mat for a high-quality work surface with extreme heat resistance. These purchases directly fund our operation, including our build-out of the hemi-anechoic chamber for our acoustic testing! (or consider a direct donation or a Patreon contribution!)IntroWe visited Thermalright’s booth at Computex 2025 and the company handed us a big booklet showing everything the company was showing at the show. It’s impossible for us to remember the names of everything the company was showing at the event as there just too much of it, but we'll try to highlight the most interesting products.Editor's note: This was originally published on May 20, 2025 as a video. This content has been adapted to written format for this article and is unchanged from the original publication.CreditsHostSteve BurkeCamera, Video EditingMike GaglioneVitalii MakhnovetsWriting, Web EditingJimmy ThangThermalright Air CoolersThe biggest thing that Thermalright is doing when it comes to coolers is mostly in digital displays and screens. The company showed off many CPU air coolers at Computex and only a few don’t have them. Frost TowerThe company’s Frost Tower comes with a 140mm fan in the middle coupled with a 120mm front fan. The middle fan is 27mm thick and the front fan is a standard 25mm. Thermalright is targeting about $50 for the Frost Tower. The company is using LCP blades, which is very expensive, and a 30% fiberglass reinforced PBT for the frame, which is a balancing mechanism for cost. It uses a 6-pull fan and its fin-stack is soldered, which is higher quality than press-fit.Royal LordThe company’s Royal Lord cooler is supposed to be a $43 cooler and it uses 2 fans. Thermalright says it’s an extra $10 if you want to add an extra LCD to it. Like the Frost Tower, its fin stack is also soldered. It uses 7 heat pipes with a 30% fiberglass reinforced PBT for its fans, which are both 2x25mm. Thermalright FansR-Series Fans The company will release its R5 and R9 fans. The number denotes how many blades the fans will have. Thermalright says the R5 fans are designed to push air through radiators. The R9 fan has 9 blades and is a 28mm thick fan. The company is moving towards LCP on a lot of its fans. X12 FanThermalright showed off a fan with 17 blades that’s completely made out of metal. It’s got a zinc alloy frame and aluminum blade set. It’s just a prototype for now and costs the company $100 to make, which tells you a little about how much it might cost for the company to mass-produce it. The unit we saw was fully CNCed. 17 blade fans are very abnormal. The company says it would mostly be useful in mini PCs. The fan uses an all-metal design to get the blade-tip clearance to functionally be 0. The fan also has an inner ring to it. Thermalright Stream Vision Liquid Cooler Grab a GN15 Large Anti-Static Modmat to celebrate our 15th Anniversary and for a high-quality PC building work surface. The Modmat features useful PC building diagrams and is anti-static conductive. Purchases directly fund our work! (or consider a direct donation or a Patreon contribution!)Thermalright showed off numerous liquid coolers, but we’re only going to focus on one. Thermalright’s Stream Vision is supposed to be $100. The liquid cooler comes with a screen on it and there’s also a fan that cools the memory and VRM. One of our suggestions to Thermalright is to angle the grill on the sides of this fan away from the mounting brackets. The company is trying to compete in the liquid market more. Rainbow Vision and Wonder VisionThe company is also competing with Tryx’s panoramic cooler. Thermalright has an interchangeable screen with one of the 2 options providing a full separate cold plate. They are 2400x1800 resolution from what the company told us and leverage a 60Hz panel. One of the options is a 6.67-inch OLED display. Thermalright says that both options should be about $200. TRM10 CasesThermalright also showed off a case that it’s been working on, the TRM10. The company hasn’t made computer cases before. It’s one of the few products that it’s not making in its factory. Thermalright’s plan for cases is to do what they’re doing in the cooler industry, which is to be extremely competitive when it comes to pricing. The cheapest version of the TRM10 will be $45 and the more expensive one will be $65. The more expensive model will come with an LCD display on the side and a digital display on the front to display numbers like the time. The cheaper one, on the other hand, will most likely just come with a steel plate instead.  The mATX case is mostly steel with a bunch of perforations on the top and glass for its sides. The top of the case also has plastic that is made to look like brushed aluminum. Inside the chassis, there’s a good amount of depth for the cable management and it has passthrough for the cables at a side angle with the exception of the EPS12V, which is on the top. Everything else about the case is pretty standard. Looking inside the case, there’s a lot of perforation, like at the top and bottom of the hard drive cages, which is a good thing to see. The top of the power supply shroud is also heavily perforated along with the bottom of the case. There’s about as many holes as you can get in the case.  The case is going for airflow with its panel design, with the exception of the front, but the side makes up for some airflow. The steel in the middle of this panel adds some rigidity and is also probably a play on Thermalright’s logo.   Thermalright Mini PCsWith its mini PCs, Thermalright is trying to compete with Minisforum and the company tells us that the mini PCs we saw will be liquid cooled. This theoretically means it should have better thermals and be a little quieter compared to competing systems if it’s done well. Pricing is still TBD but Thermalright says they will be cheaper or equal to competing mini PCs, which we take as Minisforum. The company started running a benchmark on one of its mini PCs with a 100% load and we saw the CPU, which is an AMD 395 SOC, temps being 61 degrees C, though that may ramp up as it hits steady state. Thermalright showed off 3 models.One of the mini PCs at Computex was just there for show. The unit in the image above is fully CNCed. It looks super nice with its red accents, but it’s not something the company is planning to sell unless there’s a lot of demand for it.  Thermalright Tank PCLeveraging its factory, Thermalright wanted to build something cool and took 3 months to make a computer that looked like a tank. The company told us it’s composed of around 450 pieces.Thermalright CEO Interview Visit our Patreon page to contribute a few dollars toward this website's operation (or consider a direct donation or buying something from our GN Store!) Additionally, when you purchase through links to retailers on our site, we may earn a small affiliate commission.We also conducted a brief interview with Thermalright’s CEO. To check that out, make sure to watch that portion in our Computex video.

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.

html PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN" "http://www.w3.org/TR/REC-html40/loose.dtd" The Institute for Advanced Architecture of Catalonia (IAAC) in Barcelona announces a new edition of the Global Summer School 2025 (GSS25), marking another milestone fostering global collaboration and innovation in the field of architecture and design.Over the years, IAAC has been at the forefront of promoting meaningful knowledge and expertise sharing among architects, engineers, designers and innovators worldwide. The GSS brings together students from diverse backgrounds to engage with IAAC's network of experts and renowned lecturers.This July, GSS proposes a unique blend of onsite and online workshops, offering to its participants hands-on experiences at IAAC in Barcelona while ensuring digital accessibility through an agile online format accessible to a global audience. GSS25 presents an immersive lineup of 4 workshops exploring advanced architecture & digital fabrication, advanced computation, urban data analytics and artificial intelligence. Led by IAAC Faculties and Alumni, these workshops promise innovative workflows and individual project exploration and development.GSS students can tailor their learning journey opting for a two-week onsite workshop in Barcelona or selectingone or more online modules offered throughout July 2025, becoming part of a dynamic and challenging educational experience.After 4 years, IAAC is glad to open its Global Nodes Network, strategic cities around the world boosting innovation by leading GSS onsite workshops led by IAAC alumni in diverse geographic locations. Applicants can therefore choose to join GSS in the preferred node - city - county!All GSS25 courses include exclusive access to Global Lectures, weekly online gatherings featuring experts from the Architecture, Engineering, and Construction (AEC) industry also connecting participants of IAAC nodes located worldwide. These sessions are designed to complement the workshop themes and provide participants with valuable insights and perspectives.Applications with the early bird fees deadline is the 31st of May. Please read about prices, eligibility criteria and applications on the website.About the Institute for Advanced Architecture of Catalonia (IAAC)IAAC is a centre for research, education, production and outreach, with the mission of envisioning the future habitat of our society and building it in the present.IAAC follows the digital revolution at all scales (from bits to geography, from micro-controllers to cities, from materials to the territory) to expand the boundaries of architecture and design and meet the challenges faced by humanity. IAAC is an experimental and experiential centre where one learns by doing, through a test methodology that promotes real solutions.IAAC is an open, independent and radical non-profit foundation, with 20 years of activity; inspired by the values of Barcelona, the capital of architecture and design, where urbanism was invented and where local high quality and innovation-oriented research is connected to an international network of excellence in technology, architecture and society fields.ContactsGSS25 Agenda & AbstractsCircular Construction: Shifting ValueThe Circular Construction workshop at IAAC explores sustainable architecture through the upcycling of forest and marine debris from the Mediterranean region. Participants engage in hands-on material experimentation, 3D scanning, and computational design to transform waste into high-performance architectural systems. The course integrates digital fabrication techniques like CNC milling, 3D printing, and robotic assembly to prototype full-scale components. Emphasizing circularity and material intelligence, the workshop equips students with cutting-edge skills in design, sustainability, and fabrication.Dates: 7th - 18th July 2025Venue: IAAC Campus, Barcelona (Spain)Generative AI for ArchitectureIn this workshop, participants will learn to apply AI and computational design tools to architecture and planning using low-code platforms like Grasshopper and n8n. They will  explore generative AI, simulations, and automation to create and prototype responsive, data-driven workflows. By the end, students will critically present their solutions, gaining hands-on experience with AI-driven design innovation.Dates: 7th - 11th July 2025Venue: Online (Synchronous & Asynchronous formatAdvanced Computation for Design WorkshopDuring the workshop, participants will learn to apply Python and machine learning to optimize architectural design with a focus on sustainability, form finding, and facade engineering. They will gain hands-on experience in geometry rationalization, environmental analysis, and data-centric modeling for intelligent design workflows. By the end, attendees will be equipped to create efficient, fabrication-ready forms through advanced computational and ML-driven techniques.Dates: 14th - 18th July 2025Venue: Online (Synchronous & Asynchronous format)Urban Data AnalyticsThe participants will learn to combine computer vision and GIS tools to analyze and visualize urban data at multiple scales. They’ll work with Google Street View and spatial datasets to uncover hidden urban conditions, assess city health, and explore concepts like “Sick City Syndrome.” By the end, students will be equipped to build multiscalar data workflows and create impactful visualizations that reveal and communicate complex urban dynamics.Dates: 21st - 24th July 2025Venue: Online (Synchronous & Asynchronous format)All images courtesy of IAAC.> via IAAC  architecture event

A few months back, Serene Industries made waves in the mechanical keyboard world with the Icebreaker – a striking, brutalist-inspired keyboard milled from a solid block of aluminum. Now, the company is back with a refined take on the concept: the Cleaver, a more minimalist yet equally bold keyboard designed to bring industrial design sensibilities into the modern workspace and your home. Created by Denis Agarkov, the Cleaver continues Serene Industries’ tradition of monolithic design while pushing both form and function further. While the Icebreaker showcased an assertive and angular silhouette, the Cleaver dials back some of that raw visual weight. It sheds the prominent aluminum overhangs and edges, resulting in a cleaner, more office-friendly profile – yet it remains unmistakably brutalist, with sharp geometry and a cohesive color palette that evokes architectural concrete forms. Despite its sleeker appearance, the Cleaver is a feat of precision engineering. The chassis is CNC-milled from a single block of aluminum, and the internal components are encased in a custom overmolded silicone core. This silicone isn’t just there for aesthetics – it plays multiple functional roles: it acts as a sound dampener, provides grip via integrated non-slip feet, and protects the internal electronics by completely enclosing them. The silicone itself contributes to the keyboard’s unique acoustics and tactility. Hidden cavities beneath the non-slip feet help shape the typing sound while also creating a subtle suction effect that improves stability on your desk. These carefully considered details speak to Serene’s philosophy of obsessive design refinement. One of the most defining features of the Cleaver is its use of Hall Effect sensors in combination with magnetic switches. Originally developed in the mid-20th century and once used in early IBM terminals, Hall Effect keyboards have seen a resurgence in premium mechanical designs for their durability and responsiveness. Unlike traditional mechanical switches that rely on physical contact between metal parts, Hall Effect switches detect key presses magnetically. Each key has a small magnet, and when it’s pressed, the magnet’s movement alters the magnetic field, which is then detected by the Hall Effect sensor on the PCB. This contactless mechanism allows for smoother, more consistent actuation and drastically reduces wear over time. Because of this non-contact design, Serene was able to take an unconventional step: submerging the electronics entirely in silicone. Not only does this improve sound and tactile feedback, it also provides dust and splash resistance while maintaining structural integrity. The Cleaver also introduces a reimagined set of keycaps – each milled from aluminum and laser-perforated with pinpoint precision. Every character on the keyboard is rendered through a grid of tiny holes – 1,204 in total across the entire keyset – allowing RGB backlighting to shine through in a unique, diffused glow. As expected from a modern enthusiast board, the Cleaver supports hot-swappable switches and interchangeable keycaps, giving users room to experiment with the typing experience and visual customization. Two colorways are available at launch: a silver “clear” finish reminiscent of the original Icebreaker, and a matte black version that lends itself to more understated or minimal desk setups. Connectivity is handled via a durable USB-C port located discreetly on the back – chosen for its ruggedness and its role in the overall sealed design. There’s no wireless functionality here, and that’s by design. Serene Industries has chosen to focus purely on reliability and uncompromising build quality. At $850, Cleaver isn’t just a casual purchase. But in a world of high-end mechanical keyboards, it represents a statement piece where design, engineering, and performance meet. Cleaver is available at serene.industries. Photography courtesy of Serene Industries.

Even though Apple DID make a 5.3mm iPad Pro, let’s just remember that they didn’t have as much success slimming down their keyboards. Remember the infamous butterfly keys on the MacBooks of 2015? Well, after that travesty, Apple just went back to what worked – relying on good-old scissor switches that resulted in a marginally thicker, yet more practical and functional device. At just 8 millimeters thick, the ‘mikefive’ doesn’t look like it should be real—let alone functional. But it is. It’s 37% slimmer than Apple’s Magic Keyboard and still manages to pack in 1.8mm of key travel, tactile mechanical switches, wireless connectivity, and a cyberpunk-grade metal chassis. It’s the kind of gear that looks like it came from a movie prop shop specializing in dystopian sci-fi—only it types better than most of what’s on your desk. The mastermind behind it is Reddit user dynam1keNL, an industrial product designer who clearly decided the mechanical keyboard rabbit hole didn’t go deep enough. Built from scratch around Kailh’s obscure PG1316 laptop switches, the mikefive is what happens when obsessive design meets precision engineering. The custom transparent caps, the CNC-machined aluminum chassis, the completely flush PCB layout—it’s all been meticulously dialed in to create a keyboard that doesn’t just challenge what a mechanical board can be. It redefines it. Designer: dynam1keNL To start, the mikefive is built around the Kailh PG1316 switches—a lesser-known, laptop-style mechanical switch that isn’t just slim, it’s shockingly tactile. These things have a travel of 1.8mm, and despite their wafer-thin profile, they pack a surprisingly aggressive tactile bump. It’s a bold choice that bucks the trend of soft, mushy low-profile inputs. You feel every keypress, and not in a nagging way—more like a firm handshake with every letter. The design language leans into a sleek cyberpunk aesthetic: a CNC-machined aluminum chassis that feels like it belongs on the deck of a spaceship, paired with transparent keycaps that hint at the internals while catching ambient light like crystal circuitry. The keycaps are proprietary, square-shaped, and clear, subtly marked with mold letters from the inside. What makes this keyboard doubly fascinating is that it isn’t some big brand prototype or crowdfunding darling, it’s a homebrew labor of love from a designer-engineer with a background in industrial product design. The entire board, including its impossibly compact controller and 301230 battery, is laid out like a masterclass in minimalism. The switch mounts directly to the PCB with no pins poking through, letting the board itself double as the bottom plate. Both halves of the unibody design are angled 15 degrees for comfort, creating a total ergonomic tilt of 30 degrees. The bottom edge has been subtly shaved down near the thumb cluster to avoid interference. And while there’s a slight warp on one end from hotplate soldering (just old-fashioned human error), it’s barely a blemish on an otherwise refined build. Despite its experimental nature, the keyboard’s wireless connection (courtesy of a nicenano v2) works flawlessly, even with the metal chassis surrounding the internals. Clever placement of the Bluetooth antenna and strategic removal of ground planes near it help the signal escape. Typing on the mikefive is a tactile revelation. Coming from linear switches, the force required by the PG1316s might be a shock, but there’s a tactile clarity here that’s hard to ignore. And when you realize your wrists aren’t straining after hours of use, the ultra-low height starts to feel like a long-overdue standard. The post Ultra-Slim Cyberpunk Keyboard is 37% slimmer than Apple’s own Magic Keyboard first appeared on Yanko Design.