Tag: 3D Printing
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Cheetah MX4 Mini: Tiny 3D Printer Controller Upgrade
Introduction: A Compact Powerhouse for Enthusiasts In the world of 3D printing, upgrades are almost as common as prints themselves. While many modifications focus on the mechanical side—new frames, improved belts, or better bed leveling—some researchers and tinkerers push the boundaries in electronics and control systems. The Cheetah MX4 Mini is one such standout, a…
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Cheetah MX4 Mini: A Pint-Sized 3D Printer Controller
Introduction: A Compact Powerhouse for 3D Printing Inside the growing world of 3D printing, innovation often comes from unexpected places. The Cheetah MX4 Mini represents a bold step forward in compact controller design, delivering the functionality of larger boards in a pint-sized package. Born from the curiosity and hands-on tinkering of a young coder, this…
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Top 3D Scanners and Printers in 2025 Holiday Sale
Big savings on 3D scanners and printers this holiday season If you’ve been eyeing professional 3D scanning and 3D printing gear, the 2025 holiday sales are delivering something rare: meaningful discounts on some of the year’s best-reviewed devices. As year-end budgets reset, now is a smart moment to upgrade, expand capabilities, or bring in new…
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Top 3D Scanners and Printers on 2025 Holiday Sales
Why the 2025 Holiday Sales Matter for 3D Scanners and 3D Printers As the year winds down, professional labs, makerspaces, and design studios are turning to holiday sales to upgrade their toolkit. The 2025 season has seen a wave of discounts on high-demand 3D scanners and 3D printers, with models previously out of reach now…
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3D Printed Hands, Tools Co-Created by Singapore Non-Profit Group Plug Assistive-Tech Gaps
Bridging a Critical Gap with 3D Printing In Singapore, a growing community of volunteers and engineers is turning cutting-edge manufacturing into practical help for people living with limb loss. The non-profit group Plug Assistive-Tech Gaps is at the forefront, co-designing and producing 3D printed hands and adaptive tools that are affordable, customizable, and accessible. The…
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3D Printed Hands Co-Created in Singapore to Fill Assistive-Tech Gaps
Turning a Challenge into Innovation: 3D Printed Hands in Singapore In Singapore, a local non-profit group is reshaping how people with limb loss regain independence. Plug Assistive-Tech Gaps (P.A.T.G.) works at the intersection of community care and cutting-edge manufacturing, developing 3D printed hands and specialized tools that can be customized to each user’s needs. The…
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3D Printed Hands and Tools: Co-Creating Assistive Tech to Close Singapore’s Gaps
Closing the gap in assistive technology In Singapore, a growing non-profit group is turning the tide for people who face limb loss by co-creating affordable, customizable assistive devices. Through a collaborative model that blends user insight with open-source design, the organization develops 3D-printed hands and practical tools that empower daily living. The effort is rooted…
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One Pull, Infinite Deployments: How String-Triggered Structures Change Fabrication
From a Single Tug to Complex, Ready-To-Use Forms Imagine a structure that remains compact and portable until a simple action—one pull of a string—unleashes its full, intricate form. Recent advances in deployable design are turning this vision into a practical reality. Engineers are developing systems where a single cable, string, or filament initiates a cascade…
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String-Powered Deployable Structures: One Pull, Infinite Possibilities
Overview: A New Paradigm in Deployable Engineering Researchers have unveiled a method where a single pull of a string can trigger the deployment of intricate, multi-functional structures. Unlike traditional designs tied to a specific fabrication process, these structures are engineered to be fabrication-agnostic. That means the same design can be produced through 3D printing, CNC…
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3D-Printed Helixes Show Promise as THz Optical Materials
Breakthrough in THz Materials Using 3D-Printed Helixes Researchers at Lawrence Livermore National Laboratory (LLNL) have advanced the field of terahertz (THz) technologies by optimizing and 3D-printing helical structures that can serve as novel optical materials. THz frequencies occupy a sweet spot between microwaves and infrared light, offering exciting possibilities for telecommunications, sensing, and imaging. However,…