As the name suggests, most camper vans are made for camping. However, Toyoya’s Kayoibako interprets things differently. Inspired instead by shipping containers, the adorable micro-camper is compact enough for tight city streets yet versatile enough to transform from a cozy camper into a mobile pop-up shop or even a mini delivery van. Built as a multifunctional, adaptable space, the Kayoibako explores the future of compact vehicles designed for urban explorers, small business owners, and anyone craving flexibility in a city-ready package.
Designer: Toyota
With a length of 3.99 meters (around 13 feet), the Kayoibako maximizes every inch of space. The tiny EV uses a nearly nonexistent hood and a minimalist driver-only seat setup, which frees up over 2.1 meters of usable floor length behind the driver and 3.1 meters in the seatless passenger area. Collaborating with lifestyle brand D&Department, Toyota created a cozy camper layout with a foldable double bed, ambient lighting, and simple furnishings, proving that functional design can be stylish too. The roof—standing at 186 cm (73 inches)—is accessible via a ladder and can double as a gear rack, providing easy storage solutions for adventurers looking to take advantage of every inch of this micro-camper.
What really makes the Kayoibako concept exciting is how easily it shapeshifts to meet diverse needs. Toyota envisioned it for multiple configurations, including an adaptive wheelchair-accessible design, a fully mobile retail shop with racks, and a straightforward cargo hauler. This flexibility comes from the vehicle’s customizable software. For instance, if you’re using it as a mobile shop, the Kayoibako could integrate inventory tracking, or, if it’s out on the trails, off-road navigation could be added to the suite. With all these options, Toyota has crafted a concept that feels a step ahead, blending physical versatility with digital intelligence.
Inside, the Kayoibako is as simple as it is modern. The minimalist dashboard is defined by an ultra-slim, curved infotainment screen that stretches across the windshield area, designed to give the driver a seamless interface with all key information in one place. The Kayoibako’s cockpit keeps things light, thanks to a skeletal steering wheel and minimal controls, perfect for a vehicle that aims to be as flexible as its users’ needs. This simplicity lets Toyota make the most of the interior, creating a spacious, uncluttered atmosphere that’s highly adaptable for different uses, from outdoor exploration to city delivery.
So, will the Kayoibako make it to production? Toyota’s been quiet about that, though its experimentation with flexible mini-vehicles, like the Hilux Champ mini-pickup, hints at a future where modular electric vehicles might become mainstream. If the Kayoibako—or something like it—hits the market, we’d be looking at a new category of hyper-adaptable, eco-friendly EVs. Whether for work, play, or a mix of both, it’s a concept that could be just what the tiny van scene has been waiting for.
In a strategic move that feels like it’s straight from an Aaron Sorkin movie, OpenAI has started crafting its own AI chip, a custom creation designed to tackle the heavy demands of running its advanced models. The company, known for developing ChatGPT, has partnered with Broadcom and Taiwan Semiconductor Manufacturing Company (TSMC) to roll out its first in-house chip by 2026, Reuters reports. While many giants might build factories to keep all chip manufacturing in-house, OpenAI opted to shelve that multi-billion-dollar venture. It’s instead using industry muscle in a way that’s both practical and quietly rebellious.
Why bother with the usual suppliers? OpenAI is already a massive buyer of Nvidia’s GPUs, essential for training and inference—the magic that turns data into meaningful responses. But here’s the twist: Nvidia’s prices are soaring, and OpenAI wants to diversify. AMD’s new MI300X chips add to the mix, showing OpenAI’s resourcefulness in navigating a GPU market often plagued by shortages. Adding AMD into this lineup might look like a mere “supply chain insurance,” but it’s more than that—this move exhibits OpenAI’s reluctance to put all its eggs in one pricey basket. Sort of like Apple developing its own Apple Intelligence while leaning on ChatGPT whenever necessary.
Broadcom is helping OpenAI shape the chip, along with a data transfer capability that’s critical for OpenAI’s needs, where endless rows of chips work in synchrony. Securing TSMC, the world’s largest contract chipmaker, to produce these chips highlights OpenAI’s knack for creative problem-solving. TSMC brings a powerhouse reputation to the table, which gives OpenAI’s experimental chip a significant production edge—key to scaling its infrastructure to meet ever-growing AI workloads.
OpenAI’s venture into custom chips isn’t just about technical specs or saving money; it’s a tactical play to gain full control over its tech (something we’ve seen with Apple before). By tailoring chips specifically for inference—the part of AI that applies what’s learned to make decisions—OpenAI aims for real-time processing at a speed essential for tools like ChatGPT. This quest for optimization is about more than efficiency; it’s the kind of forward-thinking move that positions OpenAI as an innovator who wants to carve its own path in an industry where Google and Meta have already done so.
The strategy here is fascinating because it doesn’t pit OpenAI against its big suppliers. Even as it pursues its custom chip, OpenAI remains close to Nvidia, preserving access to Nvidia’s newest, most advanced Blackwell GPUs while avoiding potential friction. It’s like staying friendly with the popular kid even while building your own brand. This partnership-heavy approach provides access to top-tier hardware without burning any bridges—a balancing act that OpenAI is managing with surprising finesse.
For long, AI tools have just been limited to graphical work, with not so much of it spilling into tangible industrial design. Sure, you could create logos and artwork for your products, but you still can’t “create” products using AI – something that xTool is hoping to change with its new software, AIMake. Simply put, AIMake is a GenAI tool that’s optimized for working with graphical output, but in a manner that’s fine-tuned for industrial design. With a prompt-based interface, AIMake allows you to create artwork that’s ready for 2D printing, laser-etching/engraving, and even embossing. AIMake offers as many as 70 different styles to apply to your prompt, generating everything from ready-to-print logos, to editable SVGs for screen-printing, and even low-relief 3D engraving. Alongside the AIMake feature, xTool’s also unveiling DesignFind – an asset marketplace for DIY enthusiasts and professional creators to access free and paid project files from users across the globe.
Generate Ready-To-Use Artwork for Laser Cutting and Screen Printing
Traditionally, preparing files for laser engraving or screen printing can be complex and technical, involving vector graphic software, high-res images, or detailed edits to achieve the clean lines and solid contrast needed for these processes. AIMake addresses this by letting users skip these steps; with it, designers can input descriptive prompts, such as “geometric fox engraving with high contrast,” and watch as the AI turns this concept into a polished, ready-to-engrave file.
This direct-to-laser capability is a shift for designers, providing an AI tool that reduces reliance on graphic software or tedious vector adjustments. Instead, AIMake generates crisp, high-contrast designs that integrate seamlessly with xTool’s laser engravers, ensuring that the visual quality aligns with what’s needed for physical production. Whether creating art for metal, wood, or glass, AIMake optimizes the image for the specific demands of laser engraving, relief carving, and screen printing.
From Vision to Reality with Prompt-Based Design
AIMake’s intuitive, prompt-based design system is key to its simplicity. Users enter a text description—anything from detailed portrait specs to broad aesthetic concepts—and the app’s AI engine generates a corresponding laser-compatible design. This means users can focus on creativity and concept rather than technical adjustments, using AIMake’s AI to refine the design automatically.
With this setup, designers of all backgrounds can produce intricate laser-cut images without needing advanced skills in vector graphics. For example, a prompt like “portrait of a lion, full mane, high detail, silhouette” can create a design with defined, laser-friendly lines and strong contrast, ready for immediate use in xTool’s compatible engravers. This system combines the efficiency of digital AI rendering with the tactile quality of handmade engraving, which helps streamline the creative workflow for designers and hobbyists alike.
Intuitive Controls make AI Creation easy for Beginners and Experts
xTool designed AIMake with both ease of use and versatility in mind, giving beginners and seasoned pros the tools they need for success. The platform allows new users to select from pre-set styles, such as vector templates or laser-friendly text effects, while offering advanced controls for adjusting details like line thickness and contrast.
Integration with xTool hardware, such as the D1 and M1 laser engravers, enables immediate testing and adjustments on physical materials, which saves time and minimizes material waste. For the designer seeking to perfect a project, these tools and settings remove the usual trial and error often required by other engraving software. This integration also lets users work on complex designs with the assurance that their final piece will match the original vision.
DesignFind: A Creative Hub for DIY and Professional Makers
DesignFind is a versatile platform for DIY enthusiasts and professional creators alike, offering a wide array of design assets for laser cutting, engraving, and more. With support for materials like wood and acrylic, users can explore diverse project categories, from home decor and jewelry to seasonal gifts for holidays and special occasions.
Key features include a library of free, shared templates—such as cutting boards and multi-layered designs—and premium assets like 3D models and detailed SVG files. Additionally, AIMake users can enhance their projects with DesignFind’s resources, making it easy to combine AI-generated designs with the platform’s extensive community assets. The “Featured Creators” section showcases work from top designers, inspiring new and seasoned creators with unique, ready-to-use projects.
Practical Applications Across Different Industries
AIMake’s functionality extends beyond personal design and has practical applications across various industries. Designers working with an array of fabrication devices (especially ones from xTool) can use AIMake to create logos, product designs, or custom merchandise. Small businesses can use it to create professional, engraving-ready designs without needing graphic design software, and crafters can generate unique pieces with ease.
In education, AIMake is a valuable asset, offering schools and makerspaces a chance to introduce students to digital design with hands-on projects. By using simple text inputs, students can quickly visualize and produce projects without needing prior experience in traditional graphic design tools. This flexibility gives learners and instructors alike more freedom to explore digital fabrication.
AIMake and the Future of Design Tools
AIMake sets a new standard for GenAI in tangible product design, showing how generative AI can seamlessly enhance the design process, making it more accessible, practical, and enjoyable. As AI technology continues to evolve, tools like AIMake represent a future where design creation is faster yet well within the control of creators.
For anyone working in creative design, AIMake offers an engaging blend of functionality and innovation, serving as both a creative assistant and a precision tool. Whether you’re producing intricate artwork, branding assets, or custom goods, AIMake’s versatile platform offers a little something for everyone. With AIMake, xTool is opening new pathways for artists and designers—one prompt at a time.
For long, AI tools have just been limited to graphical work, with not so much of it spilling into tangible industrial design. Sure, you could create logos and artwork for your products, but you still can’t “create” products using AI – something that xTool is hoping to change with its new software, AIMake. Simply put, AIMake is a GenAI tool that’s optimized for working with graphical output, but in a manner that’s fine-tuned for industrial design. With a prompt-based interface, AIMake allows you to create artwork that’s ready for 2D printing, laser-etching/engraving, and even embossing. AIMake offers as many as 70 different styles to apply to your prompt, generating everything from ready-to-print logos, to editable SVGs for screen-printing, and even low-relief 3D engraving. Alongside the AIMake feature, xTool’s also unveiling DesignFind – an asset marketplace for DIY enthusiasts and professional creators to access free and paid project files from users across the globe.
Generate Ready-To-Use Artwork for Laser Cutting and Screen Printing
Traditionally, preparing files for laser engraving or screen printing can be complex and technical, involving vector graphic software, high-res images, or detailed edits to achieve the clean lines and solid contrast needed for these processes. AIMake addresses this by letting users skip these steps; with it, designers can input descriptive prompts, such as “geometric fox engraving with high contrast,” and watch as the AI turns this concept into a polished, ready-to-engrave file.
This direct-to-laser capability is a shift for designers, providing an AI tool that reduces reliance on graphic software or tedious vector adjustments. Instead, AIMake generates crisp, high-contrast designs that integrate seamlessly with xTool’s laser engravers, ensuring that the visual quality aligns with what’s needed for physical production. Whether creating art for metal, wood, or glass, AIMake optimizes the image for the specific demands of laser engraving, relief carving, and screen printing.
From Vision to Reality with Prompt-Based Design
AIMake’s intuitive, prompt-based design system is key to its simplicity. Users enter a text description—anything from detailed portrait specs to broad aesthetic concepts—and the app’s AI engine generates a corresponding laser-compatible design. This means users can focus on creativity and concept rather than technical adjustments, using AIMake’s AI to refine the design automatically.
With this setup, designers of all backgrounds can produce intricate laser-cut images without needing advanced skills in vector graphics. For example, a prompt like “portrait of a lion, full mane, high detail, silhouette” can create a design with defined, laser-friendly lines and strong contrast, ready for immediate use in xTool’s compatible engravers. This system combines the efficiency of digital AI rendering with the tactile quality of handmade engraving, which helps streamline the creative workflow for designers and hobbyists alike.
Intuitive Controls make AI Creation easy for Beginners and Experts
xTool designed AIMake with both ease of use and versatility in mind, giving beginners and seasoned pros the tools they need for success. The platform allows new users to select from pre-set styles, such as vector templates or laser-friendly text effects, while offering advanced controls for adjusting details like line thickness and contrast.
Integration with xTool hardware, such as the D1 and M1 laser engravers, enables immediate testing and adjustments on physical materials, which saves time and minimizes material waste. For the designer seeking to perfect a project, these tools and settings remove the usual trial and error often required by other engraving software. This integration also lets users work on complex designs with the assurance that their final piece will match the original vision.
DesignFind: A Creative Hub for DIY and Professional Makers
DesignFind is a versatile platform for DIY enthusiasts and professional creators alike, offering a wide array of design assets for laser cutting, engraving, and more. With support for materials like wood and acrylic, users can explore diverse project categories, from home decor and jewelry to seasonal gifts for holidays and special occasions.
Key features include a library of free, shared templates—such as cutting boards and multi-layered designs—and premium assets like 3D models and detailed SVG files. Additionally, AIMake users can enhance their projects with DesignFind’s resources, making it easy to combine AI-generated designs with the platform’s extensive community assets. The “Featured Creators” section showcases work from top designers, inspiring new and seasoned creators with unique, ready-to-use projects.
Practical Applications Across Different Industries
AIMake’s functionality extends beyond personal design and has practical applications across various industries. Designers working with an array of fabrication devices (especially ones from xTool) can use AIMake to create logos, product designs, or custom merchandise. Small businesses can use it to create professional, engraving-ready designs without needing graphic design software, and crafters can generate unique pieces with ease.
In education, AIMake is a valuable asset, offering schools and makerspaces a chance to introduce students to digital design with hands-on projects. By using simple text inputs, students can quickly visualize and produce projects without needing prior experience in traditional graphic design tools. This flexibility gives learners and instructors alike more freedom to explore digital fabrication.
AIMake and the Future of Design Tools
AIMake sets a new standard for GenAI in tangible product design, showing how generative AI can seamlessly enhance the design process, making it more accessible, practical, and enjoyable. As AI technology continues to evolve, tools like AIMake represent a future where design creation is faster yet well within the control of creators.
For anyone working in creative design, AIMake offers an engaging blend of functionality and innovation, serving as both a creative assistant and a precision tool. Whether you’re producing intricate artwork, branding assets, or custom goods, AIMake’s versatile platform offers a little something for everyone. With AIMake, xTool is opening new pathways for artists and designers—one prompt at a time.
For long, AI tools have just been limited to graphical work, with not so much of it spilling into tangible industrial design. Sure, you could create logos and artwork for your products, but you still can’t “create” products using AI – something that xTool is hoping to change with its new software, AIMake. Simply put, AIMake is a GenAI tool that’s optimized for working with graphical output, but in a manner that’s fine-tuned for industrial design. With a prompt-based interface, AIMake allows you to create artwork that’s ready for 2D printing, laser-etching/engraving, and even embossing. AIMake offers as many as 70 different styles to apply to your prompt, generating everything from ready-to-print logos, to editable SVGs for screen-printing, and even low-relief 3D engraving. Alongside the AIMake feature, xTool’s also unveiling DesignFind – an asset marketplace for DIY enthusiasts and professional creators to access free and paid project files from users across the globe.
Generate Ready-To-Use Artwork for Laser Cutting and Screen Printing
Traditionally, preparing files for laser engraving or screen printing can be complex and technical, involving vector graphic software, high-res images, or detailed edits to achieve the clean lines and solid contrast needed for these processes. AIMake addresses this by letting users skip these steps; with it, designers can input descriptive prompts, such as “geometric fox engraving with high contrast,” and watch as the AI turns this concept into a polished, ready-to-engrave file.
This direct-to-laser capability is a shift for designers, providing an AI tool that reduces reliance on graphic software or tedious vector adjustments. Instead, AIMake generates crisp, high-contrast designs that integrate seamlessly with xTool’s laser engravers, ensuring that the visual quality aligns with what’s needed for physical production. Whether creating art for metal, wood, or glass, AIMake optimizes the image for the specific demands of laser engraving, relief carving, and screen printing.
From Vision to Reality with Prompt-Based Design
AIMake’s intuitive, prompt-based design system is key to its simplicity. Users enter a text description—anything from detailed portrait specs to broad aesthetic concepts—and the app’s AI engine generates a corresponding laser-compatible design. This means users can focus on creativity and concept rather than technical adjustments, using AIMake’s AI to refine the design automatically.
With this setup, designers of all backgrounds can produce intricate laser-cut images without needing advanced skills in vector graphics. For example, a prompt like “portrait of a lion, full mane, high detail, silhouette” can create a design with defined, laser-friendly lines and strong contrast, ready for immediate use in xTool’s compatible engravers. This system combines the efficiency of digital AI rendering with the tactile quality of handmade engraving, which helps streamline the creative workflow for designers and hobbyists alike.
Intuitive Controls make AI Creation easy for Beginners and Experts
xTool designed AIMake with both ease of use and versatility in mind, giving beginners and seasoned pros the tools they need for success. The platform allows new users to select from pre-set styles, such as vector templates or laser-friendly text effects, while offering advanced controls for adjusting details like line thickness and contrast.
Integration with xTool hardware, such as the D1 and M1 laser engravers, enables immediate testing and adjustments on physical materials, which saves time and minimizes material waste. For the designer seeking to perfect a project, these tools and settings remove the usual trial and error often required by other engraving software. This integration also lets users work on complex designs with the assurance that their final piece will match the original vision.
DesignFind: A Creative Hub for DIY and Professional Makers
DesignFind is a versatile platform for DIY enthusiasts and professional creators alike, offering a wide array of design assets for laser cutting, engraving, and more. With support for materials like wood and acrylic, users can explore diverse project categories, from home decor and jewelry to seasonal gifts for holidays and special occasions.
Key features include a library of free, shared templates—such as cutting boards and multi-layered designs—and premium assets like 3D models and detailed SVG files. Additionally, AIMake users can enhance their projects with DesignFind’s resources, making it easy to combine AI-generated designs with the platform’s extensive community assets. The “Featured Creators” section showcases work from top designers, inspiring new and seasoned creators with unique, ready-to-use projects.
Practical Applications Across Different Industries
AIMake’s functionality extends beyond personal design and has practical applications across various industries. Designers working with an array of fabrication devices (especially ones from xTool) can use AIMake to create logos, product designs, or custom merchandise. Small businesses can use it to create professional, engraving-ready designs without needing graphic design software, and crafters can generate unique pieces with ease.
In education, AIMake is a valuable asset, offering schools and makerspaces a chance to introduce students to digital design with hands-on projects. By using simple text inputs, students can quickly visualize and produce projects without needing prior experience in traditional graphic design tools. This flexibility gives learners and instructors alike more freedom to explore digital fabrication.
AIMake and the Future of Design Tools
AIMake sets a new standard for GenAI in tangible product design, showing how generative AI can seamlessly enhance the design process, making it more accessible, practical, and enjoyable. As AI technology continues to evolve, tools like AIMake represent a future where design creation is faster yet well within the control of creators.
For anyone working in creative design, AIMake offers an engaging blend of functionality and innovation, serving as both a creative assistant and a precision tool. Whether you’re producing intricate artwork, branding assets, or custom goods, AIMake’s versatile platform offers a little something for everyone. With AIMake, xTool is opening new pathways for artists and designers—one prompt at a time.
For long, AI tools have just been limited to graphical work, with not so much of it spilling into tangible industrial design. Sure, you could create logos and artwork for your products, but you still can’t “create” products using AI – something that xTool is hoping to change with its new software, AIMake. Simply put, AIMake is a GenAI tool that’s optimized for working with graphical output, but in a manner that’s fine-tuned for industrial design. With a prompt-based interface, AIMake allows you to create artwork that’s ready for 2D printing, laser-etching/engraving, and even embossing. AIMake offers as many as 70 different styles to apply to your prompt, generating everything from ready-to-print logos, to editable SVGs for screen-printing, and even low-relief 3D engraving. Alongside the AIMake feature, xTool’s also unveiling DesignFind – an asset marketplace for DIY enthusiasts and professional creators to access free and paid project files from users across the globe.
Generate Ready-To-Use Artwork for Laser Cutting and Screen Printing
Traditionally, preparing files for laser engraving or screen printing can be complex and technical, involving vector graphic software, high-res images, or detailed edits to achieve the clean lines and solid contrast needed for these processes. AIMake addresses this by letting users skip these steps; with it, designers can input descriptive prompts, such as “geometric fox engraving with high contrast,” and watch as the AI turns this concept into a polished, ready-to-engrave file.
This direct-to-laser capability is a shift for designers, providing an AI tool that reduces reliance on graphic software or tedious vector adjustments. Instead, AIMake generates crisp, high-contrast designs that integrate seamlessly with xTool’s laser engravers, ensuring that the visual quality aligns with what’s needed for physical production. Whether creating art for metal, wood, or glass, AIMake optimizes the image for the specific demands of laser engraving, relief carving, and screen printing.
From Vision to Reality with Prompt-Based Design
AIMake’s intuitive, prompt-based design system is key to its simplicity. Users enter a text description—anything from detailed portrait specs to broad aesthetic concepts—and the app’s AI engine generates a corresponding laser-compatible design. This means users can focus on creativity and concept rather than technical adjustments, using AIMake’s AI to refine the design automatically.
With this setup, designers of all backgrounds can produce intricate laser-cut images without needing advanced skills in vector graphics. For example, a prompt like “portrait of a lion, full mane, high detail, silhouette” can create a design with defined, laser-friendly lines and strong contrast, ready for immediate use in xTool’s compatible engravers. This system combines the efficiency of digital AI rendering with the tactile quality of handmade engraving, which helps streamline the creative workflow for designers and hobbyists alike.
Intuitive Controls make AI Creation easy for Beginners and Experts
xTool designed AIMake with both ease of use and versatility in mind, giving beginners and seasoned pros the tools they need for success. The platform allows new users to select from pre-set styles, such as vector templates or laser-friendly text effects, while offering advanced controls for adjusting details like line thickness and contrast.
Integration with xTool hardware, such as the D1 and M1 laser engravers, enables immediate testing and adjustments on physical materials, which saves time and minimizes material waste. For the designer seeking to perfect a project, these tools and settings remove the usual trial and error often required by other engraving software. This integration also lets users work on complex designs with the assurance that their final piece will match the original vision.
DesignFind: A Creative Hub for DIY and Professional Makers
DesignFind is a versatile platform for DIY enthusiasts and professional creators alike, offering a wide array of design assets for laser cutting, engraving, and more. With support for materials like wood and acrylic, users can explore diverse project categories, from home decor and jewelry to seasonal gifts for holidays and special occasions.
Key features include a library of free, shared templates—such as cutting boards and multi-layered designs—and premium assets like 3D models and detailed SVG files. Additionally, AIMake users can enhance their projects with DesignFind’s resources, making it easy to combine AI-generated designs with the platform’s extensive community assets. The “Featured Creators” section showcases work from top designers, inspiring new and seasoned creators with unique, ready-to-use projects.
Practical Applications Across Different Industries
AIMake’s functionality extends beyond personal design and has practical applications across various industries. Designers working with an array of fabrication devices (especially ones from xTool) can use AIMake to create logos, product designs, or custom merchandise. Small businesses can use it to create professional, engraving-ready designs without needing graphic design software, and crafters can generate unique pieces with ease.
In education, AIMake is a valuable asset, offering schools and makerspaces a chance to introduce students to digital design with hands-on projects. By using simple text inputs, students can quickly visualize and produce projects without needing prior experience in traditional graphic design tools. This flexibility gives learners and instructors alike more freedom to explore digital fabrication.
AIMake and the Future of Design Tools
AIMake sets a new standard for GenAI in tangible product design, showing how generative AI can seamlessly enhance the design process, making it more accessible, practical, and enjoyable. As AI technology continues to evolve, tools like AIMake represent a future where design creation is faster yet well within the control of creators.
For anyone working in creative design, AIMake offers an engaging blend of functionality and innovation, serving as both a creative assistant and a precision tool. Whether you’re producing intricate artwork, branding assets, or custom goods, AIMake’s versatile platform offers a little something for everyone. With AIMake, xTool is opening new pathways for artists and designers—one prompt at a time.
For long, AI tools have just been limited to graphical work, with not so much of it spilling into tangible industrial design. Sure, you could create logos and artwork for your products, but you still can’t “create” products using AI – something that xTool is hoping to change with its new software, AIMake. Simply put, AIMake is a GenAI tool that’s optimized for working with graphical output, but in a manner that’s fine-tuned for industrial design. With a prompt-based interface, AIMake allows you to create artwork that’s ready for 2D printing, laser-etching/engraving, and even embossing. AIMake offers as many as 70 different styles to apply to your prompt, generating everything from ready-to-print logos, to editable SVGs for screen-printing, and even low-relief 3D engraving. Alongside the AIMake feature, xTool’s also unveiling DesignFind – an asset marketplace for DIY enthusiasts and professional creators to access free and paid project files from users across the globe.
Generate Ready-To-Use Artwork for Laser Cutting and Screen Printing
Traditionally, preparing files for laser engraving or screen printing can be complex and technical, involving vector graphic software, high-res images, or detailed edits to achieve the clean lines and solid contrast needed for these processes. AIMake addresses this by letting users skip these steps; with it, designers can input descriptive prompts, such as “geometric fox engraving with high contrast,” and watch as the AI turns this concept into a polished, ready-to-engrave file.
This direct-to-laser capability is a shift for designers, providing an AI tool that reduces reliance on graphic software or tedious vector adjustments. Instead, AIMake generates crisp, high-contrast designs that integrate seamlessly with xTool’s laser engravers, ensuring that the visual quality aligns with what’s needed for physical production. Whether creating art for metal, wood, or glass, AIMake optimizes the image for the specific demands of laser engraving, relief carving, and screen printing.
From Vision to Reality with Prompt-Based Design
AIMake’s intuitive, prompt-based design system is key to its simplicity. Users enter a text description—anything from detailed portrait specs to broad aesthetic concepts—and the app’s AI engine generates a corresponding laser-compatible design. This means users can focus on creativity and concept rather than technical adjustments, using AIMake’s AI to refine the design automatically.
With this setup, designers of all backgrounds can produce intricate laser-cut images without needing advanced skills in vector graphics. For example, a prompt like “portrait of a lion, full mane, high detail, silhouette” can create a design with defined, laser-friendly lines and strong contrast, ready for immediate use in xTool’s compatible engravers. This system combines the efficiency of digital AI rendering with the tactile quality of handmade engraving, which helps streamline the creative workflow for designers and hobbyists alike.
Intuitive Controls make AI Creation easy for Beginners and Experts
xTool designed AIMake with both ease of use and versatility in mind, giving beginners and seasoned pros the tools they need for success. The platform allows new users to select from pre-set styles, such as vector templates or laser-friendly text effects, while offering advanced controls for adjusting details like line thickness and contrast.
Integration with xTool hardware, such as the D1 and M1 laser engravers, enables immediate testing and adjustments on physical materials, which saves time and minimizes material waste. For the designer seeking to perfect a project, these tools and settings remove the usual trial and error often required by other engraving software. This integration also lets users work on complex designs with the assurance that their final piece will match the original vision.
DesignFind: A Creative Hub for DIY and Professional Makers
DesignFind is a versatile platform for DIY enthusiasts and professional creators alike, offering a wide array of design assets for laser cutting, engraving, and more. With support for materials like wood and acrylic, users can explore diverse project categories, from home decor and jewelry to seasonal gifts for holidays and special occasions.
Key features include a library of free, shared templates—such as cutting boards and multi-layered designs—and premium assets like 3D models and detailed SVG files. Additionally, AIMake users can enhance their projects with DesignFind’s resources, making it easy to combine AI-generated designs with the platform’s extensive community assets. The “Featured Creators” section showcases work from top designers, inspiring new and seasoned creators with unique, ready-to-use projects.
Practical Applications Across Different Industries
AIMake’s functionality extends beyond personal design and has practical applications across various industries. Designers working with an array of fabrication devices (especially ones from xTool) can use AIMake to create logos, product designs, or custom merchandise. Small businesses can use it to create professional, engraving-ready designs without needing graphic design software, and crafters can generate unique pieces with ease.
In education, AIMake is a valuable asset, offering schools and makerspaces a chance to introduce students to digital design with hands-on projects. By using simple text inputs, students can quickly visualize and produce projects without needing prior experience in traditional graphic design tools. This flexibility gives learners and instructors alike more freedom to explore digital fabrication.
AIMake and the Future of Design Tools
AIMake sets a new standard for GenAI in tangible product design, showing how generative AI can seamlessly enhance the design process, making it more accessible, practical, and enjoyable. As AI technology continues to evolve, tools like AIMake represent a future where design creation is faster yet well within the control of creators.
For anyone working in creative design, AIMake offers an engaging blend of functionality and innovation, serving as both a creative assistant and a precision tool. Whether you’re producing intricate artwork, branding assets, or custom goods, AIMake’s versatile platform offers a little something for everyone. With AIMake, xTool is opening new pathways for artists and designers—one prompt at a time.
If you loved the Nothing Phone’s glyph interface, their Community Edition phone may just absolutely capture your heart. Announced today following a lengthy community-driven design competition, the Nothing Phone (2a) Plus Community Edition made its global reveal, with a unique twist on the original phone’s design. Sure, you’ve got the Glyph Interface with LEDs that glow to make the phone’s rear panel turn into a dynamic display for notifications and alerts, but the new Community-made version of the phone comes with literal glow-in-the-dark ribbon cables that are ‘nothing’ like anything we’ve seen on any phone in the past decade!
Thanks to input from community members Astrid Vanhuyse and Kenta Akasaki, this phone stands out in a crowd—but not with power-hungry LEDs. Instead, it uses a green phosphorescent material that charges up with ambient light, glowing gently in dim settings and giving the 2(a) a dose of unique, eco-friendly style.
Designers: Astrid Vanhuyse & Kenta Akasaki for Nothing
The design shift here is significant, especially if you remember the original Phone (2) and the less glowy Phone (2a). While the Phone (2) featured bright LED glyphs, the 2(a) kept things quieter, dialing back on the glow to maintain a sleeker look. This Community Edition, though, reintroduces some of that distinctive Nothing flair, swapping LEDs for a phosphorescent effect along the phone’s ribbon cables and components. It’s a subtler, softer glow that gives the phone character without the need for extra power or flashing lights. Imagine your phone lighting up on the nightstand—not enough to keep you awake, just enough to catch your eye.
The phosphorescent material works just like those glow-in-the-dark stars you might have seen as a kid. It absorbs natural or artificial light and emits a soft glow when the lights go down. Unlike typical LEDs, it doesn’t drain the battery, giving this 2(a) a style boost without impacting battery life or performance. It’s the kind of understated cool that’s right in line with Nothing’s design philosophy: thoughtful, sustainable, and practical. Plus, it makes it easier to find in a dark room, giving the design a practical edge as well as aesthetic appeal.
The collaborative effort on this phone really says a lot about Nothing’s approach to designing for their community. The company didn’t just create the effect on its own; they opened it up to the public and sorted through more than 900 design submissions from fans across 47 countries. Out of these, Vanhuyse and Akasaki’s concept shone the brightest, resulting in a design that feels distinctively Nothing while showcasing a global community’s creativity. It’s part of Nothing’s shift toward community-centric product innovation, giving fans a real voice in shaping what they carry.
Nothing also went to great lengths to ensure this glow effect wasn’t just a gimmick but a part of the Phone (2a) Plus Community Edition’s build. The phosphorescent material is durable and seamlessly integrated, meaning it won’t interfere with the phone’s performance or longevity. You get a sturdy device with an artistic edge, a blend of tech and simplicity that fits seamlessly into daily life.
The Phone (2a) Plus Community Edition is priced at $518 USD (£399 / €449 / ₹29,999), with sales beginning on November 12. If you’re located in London, you might also grab one in person at the Nothing Soho store on November 16. There are just 1,000 units available up for grabs… so if you enjoy the idea of having a phone so dazzling that you’ll never want to put a case on it, grab one while you still can. And for anybody at dbrand or Spigen, you best believe people will want glowing cases for their iPhones and flagship Androids too!
We could spend a lot of time bashing the new USB-C Magic Mouse for repeating the same charging port mistake as its predecessor, but let me just take a minute to ask a few questions about mice in general. Wireless or not, why does a mouse ONLY serve as an input device? Personally, it has the capability to do much more than move a cursor, right? So why is it that in all these years the only improvements to mouse design are only upgrading their Bluetooth chipsets and making them more responsive?
A winner of the Red Dot Award for best Design Concept, the D Mouse comes with a few unusual design choices that may seem weird at first, but make a world of sense if you try to think about how these changes make a mouse ‘better’ than existing ones. Built with an unusual design that employs stainless steel mesh on top and wood on the bottom, the D Mouse looks extremely different from existing plastic mice – because it is. This one comes with NFC pairing, a built-in SD card reader, and in-device storage of up to 1 terabyte, transforming the mouse into a data storage and processing device too.
The best part? It has its own cable integrated into the mouse that wraps around the base, and charges normally – unlike the Magic Mouse that needs to be overturned to charge. Even after an entire decade of people pointing it out.
Designer: Tride Design
The D Mouse is notably a wired mouse, relying on a built-in braided USB-C cable to connect to devices – although it does have Bluetooth 5.0 too. The wired design makes sense considering the D Mouse also works as a data storage and transfer device, given that wired transfers are far more secure and rapid than wireless transfer. Unwrap the cable, plug the mouse in, and it becomes a cursor that also stores data for you. The mouse has up to 1TB of SSD storage on-board, which is fairly helpful if you want to stash important files that nobody goes looking for. After all, who searches for files on a mouse, right?!
The rest of the mouse has a fairly unique but familiar design. The silhouette of the D Mouse is like your everyday ergonomic peripheral, albeit with a metal and wood construction instead of plastic (98% of the materials are recycled). A steel mesh on the top provides a very tactile surface to rest your hand, while still being breathable because of the open mesh. The mouse clicks silently, and instead of the scroll wheel, there’s a scroll-bar right near the thumb for touch-sensitive scrolling.
The mouse has a built-in card reader, along with internal storage that makes it perfect for creatives wanting to carry their files and access them on multiple devices without dongles and such. In this case, the D Mouse IS the dongle, working both wired and wirelessly, depending on how many files you have to transfer. It’s got an integrated fan that keeps the mouse (as well as your palm) cool while in use, and if you’re a gaming fanatic, there’s LED lighting too.
The Lockheed SR-71 Blackbird is a true aviation legend. Developed in the 1960s, this reconnaissance jet set the bar for speed and stealth, cruising at Mach 3 and reaching altitudes over 85,000 feet. Engineered primarily for high-speed, high-altitude intelligence gathering, it quickly became an icon of the Cold War era, untouchable by enemy missiles and outpacing everything else in the skies. Its titanium skin and advanced aerodynamics embodied the cutting-edge technology of its time, pushing the limits of engineering and daring. Now, this iconic aircraft has been reimagined in a completely different medium: LEGO bricks. A detailed, fan-made LEGO model of the SR-71 Blackbird is making waves for its impressive recreation of this iconic plane.
Designer: Buds 234
This LEGO model of the SR-71 distills the original aircraft’s spirit perfectly. With every detail meticulously crafted, the model captures the SR-71’s sleek, elongated form, its sharply defined nose, and its sweeping wings. The LEGO model includes functional flaps, retractable landing gear, and a fully realized cockpit, each piece integrated to honor the original’s groundbreaking design. This project, created by aerospace engineering student by the name of ‘Buds 234’, reflects both technical appreciation and a keen eye for detail—details that ensure this MOC (My Own Creation) goes beyond a typical LEGO build, bringing a model that’s both captivating and technically faithful to the real SR-71.
Designing a model with this level of complexity in LEGO form isn’t easy. Capturing the SR-71’s aerodynamic design with limited brick options requires an advanced understanding of both LEGO techniques and aviation engineering. The builder succeeded in creating a miniature that’s structurally sound while visually true to the original. While Buds 234 doesn’t detail how many bricks were used in the final build, he does mention adding several stickers and intricate features and details to retain the Blackbird’s authenticity.
The completed model stands on a supportive base with a plaque detailing the SR-71’s key specifications, offering an extra layer of historical and educational value, along with two suited minifigures that can even be fitted into the plane’s cockpit.
Rather than a simple exterior, the LEGO build includes a fully realized cockpit, retractable landing gear, and working flaps, giving it a touch of mechanical authenticity. Aside from merely capturing the Blackbird’s shape, it allows fans to explore its functional design too – making it a must-have for aerospace enthusiasts.
In a touching nod to the people behind the plane, this model includes a tribute to Marta Bohn-Meyer, NASA’s first female SR-71 pilot and flight engineer. Bohn-Meyer’s contributions to high-speed flight testing were instrumental in expanding knowledge of aerodynamics, and she left a lasting impact on the program.
The LEGO Ideas Lockheed SR-71 Blackbird is currently a fan-made submission on the LEGO Ideas forum – an online community where LEGO enthusiasts share their own creations. With over 1400 votes in just 3 days, the SR-71 Blackbird is well on its way to hitting the 10,000 vote mark, following which the MOC will be reviewed by LEGO’s internal team and hopefully turned into a retail box set! You can vote for the LEGO Ideas Lockheed SR-71 Blackbird on the LEGO Ideas website here.
