Time usually passes without much fanfare. Numbers flip on your phone screen, the day blurs from morning coffee to evening TV, and most minutes feel interchangeable. Clocks are background objects, functional but forgettable, doing nothing more than reminding you how late you’re running. There’s no ceremony to checking the time, no surprise waiting when you glance at the display. It’s just numbers counting down to whatever you’re supposed to do next.

Houracle by True Angle approaches this differently. Instead of treating time as something that simply ticks away, it turns each minute into a potential moment of delight. The device is part clock, part oracle, with an eco-friendly thermal printer tucked into the top that spits out fortunes, jokes, riddles, or random facts tied to the exact moment you press the button. It’s the kind of thing that makes you want to check the time just to see what happens.

Designer: True Angle

Click Here to Buy Now: $128 $213 (40% off). Hurry, only a few left!

The design is deliberately retro. A boxy, powder-coated aluminum body with rounded edges, a large orange or yellow button on the top, and an e-ink display that looks like a pencil sketch on paper. The screen shows the time and date, the weather for your selected location, and a small prompt inviting you to press print. Five icons along the right edge let you select modes, fortune, fact, joke, riddle, or surprise, each represented by simple graphics.

Press the button and the printer whirs to life, a satisfying mechanical sound as the paper slip emerges from the top. At 7:42 in the morning, it might tell you destiny took a coffee break and suggest making your own magic. At 11:15, it could mention your brain runs on about 20 watts, enough to power a dim bulb or a brilliant idea. The messages feel oddly personal because they’re tied to that specific minute.

What makes this genuinely charming is how the slips accumulate. They end up on the fridge, tucked into notebooks, or shared with family members over breakfast. Heck, you might find yourself printing extras just to see what weird fact or ridiculous joke Houracle generates next. The lucky numbers printed at the bottom add an extra layer of whimsy that completes the fortune cookie vibe without taking itself too seriously.

The e-ink screen plays a bigger role than you’d expect. Unlike the glowing blue displays most clocks use, this one reflects ambient light rather than emitting it. That makes it easier on the eyes, especially at night, and gives the whole device a calming presence. The screen updates when you interact with it, but otherwise sits quietly, blending into the background.

Of course, the whole thing runs on wall power, which means no batteries to replace or USB cables to manage. The aluminum body is built to last, assembled with screws rather than glue. Houracle also uses BPA and BPS-free thermal slips, sourced from a company that plants a new tree or restores kelp in the ocean for every box of thermal rolls purchased. True Angle designed Houracle with sustainability in mind, using recyclable materials and avoiding planned obsolescence.

What’s surprising is how much a simple printed slip can shift your mood. A clever riddle before bed, a dumb joke during a work break, or a strange fact that makes you pause for a second. These aren’t profound moments, but they add small pockets of joy to days that might otherwise feel routine. Houracle captures the anticipation you used to feel when cracking open a fortune cookie.

The device sits on your desk or nightstand, looking unassuming until you press that button and hear the printer activate. Then it becomes something else entirely, a little machine that marks time with paper artifacts you’ll probably keep longer than you should. For anyone who’s tired of clocks that just tell time and do nothing else, that small shift makes all the difference.

Click Here to Buy Now: $128 $213 (40% off). Hurry, only a few left!

The post This E Ink Clock Prints Fortunes and Jokes on Paper Slips first appeared on Yanko Design.

On connait tous le problème des petites imprimantes pas chères type Canon, HP, Epson…etc. C’est vendu pour une bouchée de pain mais à côté de ça, les cartouches coûtent une couille !! Et on est prisonnier d’un format de cartouches propriétaires avec dessus une puce, qui parfois s’arrange pour bloquer toute impression parce que le niveau d’encre est trop bas alors qu’il en reste dedans de quoi imprimer encore des centaines de feuilles.

Et tout le monde s’en fout !

Tout le monde ? Non, car trois français viennent de dire stop à cette arnaque avec l’Open Printer, une imprimante jet d’encre qui tourne sur Raspberry Pi Zero W et qui fait quelque chose de complètement foufou en 2025 : elle imprime quand vous le voulez, avec l’encre que vous voulez, sans vous bloquer ou exiger un abonnement.

Léonard Hartmann, Nicolas Schurando et Laurent Berthuel de Open Tools ont créé cette machine incroyable qui n’a pas de puce qui compte vos impressions, pas de cartouche qui se désactive après 6 mois, pas de driver propriétaire qui refuse de fonctionner sous Linux. C’est juste une imprimante qui imprime. Point.

Le truc génial avec l’Open Printer, c’est qu’elle accepte les cartouches HP standard (les modèles black et color) mais sans le DRM qui va avec. Vous pouvez donc les recharger avec n’importe quelle encre, autant de fois que vous voulez !

Et comme sur les vieilles imprimantes matricielles des années 80, cette jet d’encre imprime sur des rouleaux de papier et coupe automatiquement les pages. Ça veut dire que vous pouvez imprimer une liste de courses de 3 mètres, un ticket de caisse personnalisé, ou même une bannière “Joyeux anniversaire” sans vous prendre la tête avec les formats A4. Elle accepte aussi les feuilles classiques (letter, tabloid, A4, A3) pour ceux qui préfèrent.

Techniquement, c’est du solide puisque son Raspberry Pi Zero W fait tourner le cerveau, y’a aussi un microcontrôleur STM32 de STMicroelectronics qui gère la mécanique, et CUPS qui assure la compatibilité avec tous les OS. USB, Wi-Fi, Bluetooth, tout y est. Et il y a même un petit écran de 1,47 pouces avec une molette qui permet de contrôler la bête directement.

Et au lieu de vous vendre une imprimante à 50 balles pour vous saigner sur les cartouches à 40 balles, Open Tools met tout en Creative Commons BY-NC-SA 4.0. Plans, firmware, matériaux, tout est libre, vous pouvez donc modifier, améliorer, réparer cette imprimante éternellement…

HP continue de verrouiller ses cartouches avec des DRM de plus en plus vicieux , et les autres fabricants suivent le mouvement. Epson propose bien des modèles EcoTank avec réservoirs rechargeables, mais à 230€ minimum et toujours avec leur écosystème propriétaire. L’Open Printer arrive donc pile poil au bon moment pour ceux qui en ont marre de se faire avoir.

La campagne de financement participatif sur Crowd Supply arrive bientôt. On ne connait pas encore le prix, mais vu que c’est basé sur un Raspberry Pi Zero W (environ 15€) et des composants standards, ça devrait rester raisonnable. Et même si c’était plus cher qu’une imprimante classique, au moins vous payez une fois et c’est fini. Pas d’abonnement “Instant Ink”, pas de cartouches qui expirent, pas de mises à jour qui désactivent les fonctions. Vous êtes peinard.

Et pour les makers, c’est Noël avant l’heure. Imaginez les possibilités d’une telle machine pour vos projets !

Alors oui, c’est un projet de niche et il faudra probablement mettre les mains dans le cambouis pour l’assembler. Mais entre payer 40€ tous les deux mois pour des cartouches DRM ou investir une fois dans une machine que vous contrôlez vraiment, le choix est vite fait.

Source

Traditional inkjet printers have become increasingly frustrating for anyone who values flexibility, repairability, or creative experimentation. Locked-down firmware prevents modifications, expensive proprietary cartridges drain budgets, and when something breaks, you’re often better off buying a new printer than attempting repairs. This throwaway culture feels particularly wasteful when you consider how much useful technology gets discarded due to artificial limitations.

What makes the Open Printer project particularly compelling is how it reimagines what an inkjet printer can be when freed from corporate constraints. This open-source platform puts control back in users’ hands, offering a fully documented, hackable, and repairable alternative that encourages experimentation rather than discouraging it through proprietary barriers and planned obsolescence.

Designer: Léonard Hartmann, Nicolas Schurando, Laurent Berthuel (Open Tools)

The hardware centers around a Raspberry Pi Zero W that serves as the printer’s brain, enabling wireless connectivity and remote control through a simple web interface. The modular carriage system uses standard HP inkjet cartridges, keeping operating costs reasonable while ensuring replacement parts remain widely available. You get a printer built from 3D-printed components and off-the-shelf parts that anyone can source, assemble, and modify.

The creative potential becomes apparent when you consider the flexible media support. Unlike consumer printers that restrict you to specific paper sizes and types, the Open Printer can handle everything from standard documents to envelopes, cardboard, wood, and even fabric. This opens up possibilities for art projects, prototyping, and experimental applications that would be impossible with conventional printers.

Of course, the open-source nature means the printer can evolve based on community needs and contributions. All hardware designs, schematics, and firmware live on GitHub, encouraging users to share improvements, add features, or adapt the design for specific applications. This collaborative approach ensures the printer becomes more capable over time rather than becoming obsolete.

The wireless operation and web-based interface make the Open Printer surprisingly user-friendly despite its DIY nature. You can upload print jobs from any device on your network, monitor progress remotely, and manage the printer without installing special drivers or software. This simplicity makes it particularly appealing for educational settings where students can learn about printer mechanics without getting bogged down in proprietary complexity.

That said, the project’s broader significance extends beyond just printing. The Open Printer challenges the assumption that complex devices must remain black boxes that users can’t understand, modify, or repair. By providing complete documentation and encouraging experimentation, it demonstrates how open-source hardware can create more sustainable, educational, and empowering relationships between people and technology.

The Open Printer taps into something fundamental about how we relate to our tools and devices. Rather than accepting artificial limitations imposed by manufacturers, this approach invites exploration, learning, and creative problem-solving. You can see how this kind of thinking might influence other hardware categories, creating a future where our devices serve our needs rather than corporate interests.

The post Open Printer Gives Makers a Fully Open Flexible Inkjet Platform first appeared on Yanko Design.

Most 3D printers force you to choose between speed, color, quality, or price. You can have fast prints, but only in one color. Multi-color prints take forever and waste enormous amounts of filament. Professional results require expensive machines that most makers can’t justify.

The Snapmaker U1 Color 3D Printer refuses to accept these compromises. This isn’t just another incremental improvement but a fundamental rethinking of how desktop 3D printing should work. It’s designed for makers who want everything: speed, color, precision, and sustainability.

Designer: You Li

Click Here to Buy Now: $749 $999 ($250 off). Hurry, only 411/3500 left! Raised over $6.2 million.

A New Approach to Multi-Material Printing

Traditional consumer 3D printers rely on single-nozzle systems that require time-consuming filament swaps and produce mountains of waste. Every color change means flushing perfectly good material, creating wasteful piles of purge that often use more filament than the actual print.

The Snapmaker U1 introduces a four-head tool-changing system that allows multi-color and multi-material prints in a single job. Each toolhead is physically separate, eliminating cross-contamination and enabling seamless transitions between colors and materials. This approach mirrors professional industrial printers but brings the technology to desktop users.

Design Philosophy and Brand Confidence

Snapmaker has built a reputation for reliable, innovative desktop fabrication tools that actually deliver on their promises. The U1 continues this tradition with a modular CoreXY design that looks as advanced as it performs. With an aesthetic plastic shell and careful attention to engineering, this creation tool is designed from the get-go to be accessible, both in terms of cost as well as functionality.

The machine’s visual design reflects its technical sophistication. The Snapmaker U1 has a transparent back panel that complements its open front, allowing it to visually flow more naturally into your workspace. Clean lines, thoughtful component placement, and a transparent approach to showing its capabilities create a printer that’s as much a statement piece as a production tool.

SnapSwap: Fast, Waste-Free Tool-changing

The SnapSwap system enables physical toolhead swaps in just five seconds, transforming how multi-material printing works. This avoids the little balls of perfectly good filament, wasted by typical AMS style machines, and reduces filament waste by up to 80% compared to traditional systems. The precision is remarkable: automatic toolhead alignment stays within 0.04mm for sharp, clean prints.

Consider a four-color dragon figure that takes five hours on the U1 versus thirty hours on conventional printers. The U1 uses just 96 grams of filament, while others waste 483 grams on the same model. It even boasts up to 80% electricity savings! That’s not just efficiency but a fundamental shift toward sustainable making.

Speed, Precision, and Print Quality

The CoreXY motion system delivers print speeds up to 300mm/s with travel speeds reaching 500mm/s and acceleration hitting 20,000mm/s². These aren’t just impressive numbers but translate into real-world time savings without sacrificing quality. Smart calibration features include mesh bed leveling and active vibration control.

The large 270 x 270 x 270mm build volume accommodates both ambitious single prints and efficient batch production. Pressure advance compensates for flow delays, ensuring accurate prints with crisp details even at high speeds. Stainless steel nozzles support a wide range of filaments, with hardened steel nozzles and even new nozzle sizes on the way.

Eco-Friendly Innovation

The SnapSwap system’s waste reduction goes beyond cost savings to address environmental concerns. Using large amounts of filament typically wasted during color changes aligns with growing demands for sustainable maker tools. This isn’t greenwashing but genuine material efficiency.

The environmental impact extends beyond individual projects. When scaled across thousands of users, the waste reduction becomes significant. It’s the kind of innovation that makes 3D printing more responsible without sacrificing capability.

Smart Automation for Effortless Printing

The automatic filament system holds four spools with RFID recognition, auto-loading, and backup mode functionality. This eliminates manual intervention during long prints and ensures consistent material flow. The built-in AI camera captures time-lapses while monitoring for anomalies and print failures.

Snapmaker Orca Slicer provides engineer-tested profiles optimized for the U1’s capabilities. The companion app enables remote print management, real-time monitoring, and instant alerts when issues arise. Failure detection covers air printing, filament run-out, and power loss recovery.

The Snapmaker U1 represents a leap forward in accessible, high-performance 3D printing. It empowers makers to create more while wasting less, exploring new creative possibilities in a machine that’s as visually impressive as it is technically advanced. Sometimes the best innovations come from refusing to accept the limitations everyone else considers inevitable.

Click Here to Buy Now: $749 $999 ($250 off). Hurry, only 411/3500 left! Raised over $6.2 million.

The post Snapmaker U1 Color 3D Printer Blends Blazing Speed With Less Waste first appeared on Yanko Design.

Vous avez tenté d’installer une imprimante réseau à partir d’un nom de partage “\\serveur\partageimprimante” et vous obtenez automatiquement l’erreur 0x00000bcb.

Pas de panique, il s’agit d’une mesure de sécurité Windows pour les non-administrateurs d’un poste.

Cette mise à jour est liée à une correction de vulnérabilité du service d’impression appelée “PrintNightmare”.
Cela impose d’avoir des droits d’administrateur local pour pouvoir mapper les imprimantes au client respectif.
https://support.microsoft.com/en-us/topic/kb5005652-manage-new-point-and-print-default-driver-installation-behavior-cve-2021-34481-873642bf-2634-49c5-a23b-6d8e9a302872

Du coup, soit vous l’a joué la sécurité en vous connectant en tant qu’administrateur pour l’installation (réinstaller l’imprimante sur le serveur d’impression en admin avant), soit vous modifiez la clé de registre :

HKEY_LOCAL_MACHINE\SOFTWARE\Policies\Microsoft\Windows NT\Printers\PointAndPrint

Créer les clés non existantes si nécessaire, puis ajouter une entrée DWORD RestrictDriverInstallationToAdministrators de valeur 0.

Vous n’aurez même pas besoin de redémarrer votre ordinateur client.

Attention : Régler le problème de partage d’imprimante en ajoutant cette clé de registre enlève une couche de sécurité sur votre poste client !

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L’article Windows 10, 11 : Erreur partage imprimante 0x00000bcb est apparu en premier sur Le Blog du Wis.