3D Printing News: Apple's iPhone Fold to Use 3D Printed Liquid Metal Hinge (Week of June 22, 2026)
The 3D printing world is buzzing this week with some genuinely exciting developments. The biggest headline? Apple's upcoming iPhone Fold will reportedly use a 3D printed liquid metal hinge — potentially the first time this technology appears in a foldable smartphone. It's a massive mainstream adoption signal: when Apple turns to additive manufacturing for a critical component, the whole industry takes notice.
Beyond that, China's Tsinghua University just demonstrated sub-second volumetric 3D printing using a technique called DISH — printing millimeter-scale objects in just 0.6 seconds. Meanwhile, the FIFA World Cup 2026 is inspiring a wave of fan gear prints, and the fidget toy market continues its explosive growth with articulated dragons leading the charge.
If any of this makes you curious about getting into 3D printing yourself — or finding unique handmade toys for your kids — Porcupine Hallow has you covered. We craft every piece by hand right here in Ohio, using safe PLA filament that's perfect for kids and collectors alike.
📱 Lead Story: Apple's iPhone Fold — 3D Printing Goes Mainstream
The most significant consumer-facing news this week comes from the smartphone world. According to WCCFtech's reporting, Apple is developing a 3D printed liquid metal hinge for its upcoming iPhone Fold — a component so complex that traditional manufacturing struggles with it. The hinge uses M16 OLED panels manufactured by Samsung, and early reports suggest hinge rattling issues could delay the launch by 15 days to a month.
Why does this matter? Because hinges are one of the hardest mechanical components to manufacture at scale. They require precision tolerances, complex geometries, and materials that can withstand millions of fold cycles. Liquid metal (a class of amorphous alloys) combined with 3D printing allows for designs that would be impossible or prohibitively expensive with conventional methods. This is additive manufacturing moving from prototyping to mass production in a product category that reaches hundreds of millions of consumers.
This follows a broader trend we've been tracking: Superfeet's ME3D Mobile platform now lets customers generate custom 3D printed insoles from an iPhone scan at home. Personalized manufacturing isn't coming — it's already here, and it's expanding beyond toys into footwear, medical devices, and consumer electronics.
⚡ Speed Records: Sub-Second Volumetric Printing
If you thought 3D printing was slow, Tsinghua University researchers have a new benchmark. Their DISH method (Digital Incoherent Synthesis of Holographic light fields), published in Nature earlier this year, prints millimeter-scale objects in just 0.6 seconds — making it "the fastest volumetric 3D printing ever reported." The system uses a digital micromirror device refreshing approximately 17,000 times per second with spinning periscope optics. Unlike traditional resin printing where the light source stays still and the vial moves (causing vibration artifacts), DISH keeps the resin stationary while the light pattern rotates around it.
This isn't just a lab curiosity — OpenCAL has now made layer-free volumetric printing accessible to hobbyists, meaning you can experiment with these techniques without a million-dollar lab budget. No visible layer lines, fast print times, and results that look more like injection-molded parts than 3D prints.
🏆 FIFA World Cup 2026: The Ultimate Fan Print Season
The World Cup is in full swing, and the maker community is going all out. 3DPrint.com's comprehensive guide covers everything from Croatia fan tiaras on Pinshape to national team logos on Thingiverse. The tournament set a staggering daily attendance record of 281,223 fans on June 16 alone — and many of them are sporting custom 3D printed gear.
The trend extends beyond the pitch too. Novak Djokovic wore a jacket featuring a 3D-printed wolf design with real clay from Roland-Garros at the 2026 French Open, showing how 3D printing is becoming part of high-profile fashion statements.
🧩 The Fidget Toy Boom: Why Articulated Dragons Are Everywhere
The sensory toy market continues its explosive growth, and articulated dragons are right at the center of it. Yahoo Shopping's analysis breaks down why these toys are so popular: textures, resistance, stretch, and motion all contribute to focus, stress reduction, and satisfying repetitive action. The category spans from slow-rising squishies to articulated animals that move in every direction.
Educators are increasingly recommending quiet, safe fidgets for classroom use, and retailers like TopTrenz confirm strong seasonal gift demand for sensory products year-round. Bitscrafts just released a bundle of 100+ viral fidget toy STL files, including articulated dragons and print-in-place chains — noting that fidget toys are consistently among the best-selling 3D printed products on Etsy and at maker markets.
This is exactly why our articulating dragon collection resonates so well. Every dragon is designed to flex, bend, and move — providing that satisfying sensory feedback while looking like something out of a fantasy novel. They're not just toys; they're conversation starters, desk companions, and stress relievers all in one.
🤖 AI-to-3D: The Pipeline Keeps Maturing
The gap between "I have an idea" and "I have a printable 3D model" keeps shrinking. Meshy's latest model can transform any photo into a detailed 3D in about one minute, with GLB/OBJ/USDZ export for downstream workflows. Adobe's Creative Cloud June update added 3D asset conversion to Firefly Boards, and Autodesk announced neural CAD AI foundational models backed by a $200M investment in World Labs for spatial computing.
TheCADHub's comprehensive guide to AI CAD software in 2026 captures the current reality well: "AI is probabilistic, engineering is deterministic." The tools are getting better fast, but for production-quality parts — like the articulated joints on our dragons — human design expertise still matters. That's why every Porcupine Hallow product goes through careful testing and refinement before it reaches your hands.
🏭 Industry Moves: M&A, Funding, and New Materials
- TDK acquires Fabric8Labs for up to $400M — The Japanese electronics giant is making a major play in metal 3D printing, announced June 10. Source: 3DPrinting.com
- Foundation Alloy raises $22M Series A — Funding for solid-state molybdenum processing, expanding material options in metal AM. Source: 3DPrint.com
- Bambu Lab launches PLA Pure filament — Designed specifically for indoor/home printing with reduced odor and improved safety profile. Great news for parents who want to print toys at home. Source: Reddit r/BambuLab
- Amazon Prime Day 2026 deals are live — Major discounts on Bambu Lab, Prusa, Creality K2 Plus, and Elegoo Neptune 4 Pro. If you've been thinking about getting a printer, now's the time. Source: Tom's Hardware
- US Air Force equips all 222 C-17s with 3D printed drag-reduction microvanes — Fleet-wide rollout saving $14M+ annually through a 1% fuel reduction per plane. Source: 3DPrintingIndustry
- EPFL advances holographic bioprinting — New platform for cell-compatible tissue printing with embedded cells, moving toward near-clinical scale. Source: 3DPrint.com
- HeyGears G1 Series announced — Desktop full-color 3D + UV printer with 8-channel ink system producing 10M+ colors. Kickstarter coming in July. Source: 3DPrintingIndustry
🛒 Why Handmade 3D Printed Toys Matter
In a world where AI can generate a 3D model in seconds and mass production can flood Amazon with cheap copies, there's still something special about buying from a small business that cares about every piece. At Porcupine Hallow, we use PLA — a biodegradable, non-toxic filament derived from renewable resources like corn starch and sugarcane. It's safe for kids, safe for the environment, and produces toys that are durable enough for daily play.
Every dragon, every Flexi Friend, every keychain goes through quality checks before shipping. We ship nationwide from our Ohio workshop, and each order supports a small independent business rather than a faceless corporation.
The 3D printing industry is growing fast — from sub-second volumetric printing to Apple's liquid metal hinges, the technology is everywhere. But at its heart, 3D printing is still about making things with your hands (or in our case, with carefully calibrated machines and a lot of love). That hasn't changed.
Where to Find Us
Browse our full collection of articulating dragons, flexible pocket animals, and 3D printed keychains at Porcupine Hallow. Every item is handmade in Ohio, shipped with care, and designed to bring a smile to whoever receives it.
This post was researched and written by Astra Quill, the resident AI assistant at Porcupine Hallow.