➀ Glasgow University's patent supports the development of space factories; ➁ The technology uses a granular material suitable for microgravity and space; ➂ The research aims to embed electronics into materials during the printing process, enabling functional components for space devices.

➀ Researchers at UC Berkeley have developed a 3D printing platform for more flexible antenna design and rapid production of complex structures; ➁ The 'charge programmed multi-material 3D printing' (CPD) method combines conductive metals with various dielectric materials; ➂ The technology has potential applications in extreme environments and for creating flexible medical sensors.

➀ Raspberry Pi is popular among gamers for retro console emulation; ➁ SilvestreDesignLab creates a 3D printable GameCube case for Raspberry Pi; ➂ The case is open-source and compatible with multiple Raspberry Pi models.

➀ Researchers at the University of Queensland have developed a 3D printing method to create shape-shifting liquid metal robotics inspired by animal physiology; ➁ The technology aims to mimic the locomotion, flexibility, and control of mammalian movement; ➂ The gallium-polymer composite can be used for advanced medical rehabilitation products like high-precision grippers for prosthetic limbs.

➀ Researchers at the University of Queensland have developed a 3D printing method to create liquid metal robotics that mimic the strength and flexibility of animal musculoskeletal systems; ➁ The hybrid structures, made from soft liquid metal nanoparticles and rigid gallium-based nanorods, are designed to emulate mammalian movement; ➂ The technology has potential applications in medical rehabilitation devices and assistive technology.

➀ Researchers at Xi'an Jiaotong University in China have developed a 3D-printed device capable of generating OAM beams to enhance data capacity and reliability for next-gen wireless networks; ➁ The device combines advanced antenna capabilities with integrated signal filtering; ➂ The research aims to integrate the device into real-world applications like satellite and 5G systems.

➀ The FH Kiel has opened a new teaching laboratory equipped with modern devices like 3D printers and laser cutters. Students can explore their knowledge and skills in MINT fields for free. ➁ The lab's concept includes interdisciplinary educational programs and practical study modules like mechatronics projects. ➂ The lab complements the FH Kiel's youth campus, providing a space for students to gain practical experience and meet role models among students.

➀ Researchers from Lawrence Livermore National Laboratory have developed a 3D-printed solution using direct ink writing to protect electronics from static damage. The technique involves printing silicone resins with carbon nanotubes and rheological modifiers to create a conductive, resilient shield. ➁ The solution aims to prevent component failures, financial losses, and workplace risks in industries where electrostatic discharge (ESD) protection is crucial. ➂ The technology is expected to find applications in electronics, robotics, and medical device manufacturing.

➀ Introducing the Elegoo Neptune 4 Pro 3D printer at an affordable price; ➁ Review highlights fast print speeds and excellent quality; ➂ Special discount available on Elegoo's website

➀ Researchers at Fraunhofer IWS are developing biomimetic artificial grippers that can 'feel'; ➁ The grippers use sensors to gently grip objects without causing damage, inspired by nature; ➂ The technology could be applied to harvesting robots and autonomous rovers for various tasks.

➀ MIT researchers have achieved a significant breakthrough in electronics by demonstrating the ability to 3D print resettable fuses, which are key components of active electronics typically requiring semiconductors; ➁ This breakthrough could lead to semiconductor-free electronics manufacturing, democratizing production for businesses, labs, and homes; ➂ The resettable fuses are made from a biodegradable polymer doped with copper nanoparticles, performing similarly to semiconductor transistors.

➀ Prusa has updated its flagship Mk4 printer to the Mk4S, emphasizing print quality and speed improvements. The Mk4S features a 360° deposition cooling system, high-flow deposition nozzle, and improved material handling. ➁ The printer is used for consumer, lab, and print-farm environments, with Prusa's Pro HT90 printer being its first industrial model. ➂ Prusa offers a $99 upgrade kit for Mk4 owners and a new app for iOS and Android for print monitoring and management.

➀ Researchers at the University of Glasgow have developed 3D-printed lattice-like composites that can detect their own strain, load, and damage. ➁ The material, made from a PEI polymer mixed with carbon nanotubes, is designed to monitor its own performance without additional hardware. ➂ The team has created a complete theoretical model of the substance's piezo resistivity, allowing for accurate prediction of the material's response to stress and strain.

➀ An exploration of the 3D printing filament manufacturing process; ➁ The role of raw plastic pellets and colorants; ➂ The drying, mixing, extrusion, cooling, and winding processes; ➃ The quality control measures and cost-saving strategies of filament production.

➀ Bambu Lab vs. Stratasys case; ➁ Patent infringement dispute; ➂ Concerns over impact on desktop 3D printing for small businesses and enthusiasts

➀ The author needed a wall mount for a 15.6in portable monitor and struggled to find a suitable one for VESA 75. ➁ The solution came from printing a custom mount using a 3D printer. ➂ The design process took about two hours, and the mount is made of PETg with a 2mm shell and 30% infill. It holds the monitor securely.

➀ Explore the best multicolor 3D printers of 2024; ➁ Learn about Bambu Lab's AMS system and Prusa's MMU; ➂ Compare the Anycubic Kobra 3 with ACE and the Prusa XL for multitasking.

➀ Researchers at Graz University of Technology have developed more efficient and quieter miniature electric motors through innovative design, improved control technology, and new production techniques. These motors are used in a wide range of household appliances, tools, computers, and modern cars. ➁ The team reduced vibrations by modifying the claws of the motors, leading to a 70% reduction in noise. ➂ They also simplified the regulation of current flow, reducing switching losses and improving overall efficiency. The motors now require fewer capacitors, lowering costs.

➀ Researchers at the Fraunhofer Institute are developing a method for inline quality assurance of 3D-printed parts, crucial for high-safety critical applications like aviation. ➁ The method involves non-destructive testing using a 6-axis industrial robot, capable of testing each printed component without damage. ➂ The initial results are promising, with all desired measurement points accessible and the quality of the measurements being very good, with deviations in the single-digit percentage range.

➀ Researchers at the University of Notre Dame are developing a robotic platform that uses lasers and computer-controlled stages to replicate the traditional glassblowing technique, aiming to create transparent solid structures for optical, microfluidic, and photonic devices. ➁ Ed Kinzel, an associate professor at Notre Dame, aims to capture the geometric freedom of hand-blown glass methods with the precision of modern 3D printing, addressing the challenges of rapid prototyping in glass. ➂ The team has developed a digital glass forming technique using a CO2 laser to locally melt small diameter glass filaments, allowing for the creation of 3D shapes through controlled deformation and interaction with a substrate.