Recent #3D printing news in the semiconductor industry

about 1 year ago
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.
3D printingDesignElectric MotorsFerrite CoreMechanical EngineeringMechatronicsProduction TechniquesRegulation TechnologyTU GrazVibration Reductionautomotiveconsumer electronicsefficiencyinnovation
about 1 year ago
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.
3D printingAerospaceQuality Assurance
about 1 year ago
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.
3D printingGlasstechnology
about 1 year ago
➀ Researchers at Shanghai University have developed a method for 3D printing structural lithium-ion batteries with customizable shapes and sizes, enhancing energy density and efficiency. ➁ This technology not only benefits electric vehicles but also extends to robotics and logistics, offering a significant step forward in sustainable energy solutions. ➂ The breakthrough leverages material science and scalable fabrication strategies, integrating energy storage materials into robust load-bearing components.
3D printingBattery Technologyelectric vehicles
over 1 year ago
❶ The price of Giantarm's 1kg spool of black TPU filament has dropped to an all-time low of $16 on Amazon. ❷ This TPU filament, with a shore hardness of 95A, offers impressive flexibility and elasticity, making it ideal for various 3D printing projects. ❸ Giantarm provides a lifetime guarantee for this product, ensuring quality and reliability for users.
3D printingFilamentGiantarm
over 1 year ago
❶ Researchers at the National University of Singapore have developed CHARM3D, a technique that uses 3D metal printing to create free-standing, self-healing metallic structures without support materials. ❷ The technology incorporates Field's metal, which has a low melting point, allowing for rapid fabrication of complex 3D structures. ❸ CHARM3D has potential applications in healthcare, such as non-contact vital sign monitoring and more accurate medical imaging, as well as in advanced security applications.
3D printingHealthcareNUS
over 1 year ago
1. Researchers at the Toulouse Biotechnology Institute have developed a designer enzyme to accelerate the biodegradation of PLA, a 3D printable polymer made from maize. 2. The new PLA with the enzyme can biodegrade in home composting and anaerobic digesters, significantly faster than standard PLA. 3. The material's application is currently limited to processes up to 170°C, which is unsuitable for most 3D printing techniques.
3D printingplasticprototyping
over 1 year ago
❶ WhoIsLudwig has created a free downloadable 3D model of a Small Form Factor (SFF) PC case, inspired by the GameCube and Power Mac G4 Cube, available on Printables. ❷ The case can accommodate an ITX motherboard, a discrete GPU up to two slots thick and 220 mm long, and up to four SATA drives. ❸ The creator encourages users to modify and build upon the original design, making it an attractive option for 3D printing enthusiasts looking to build their own SFF PC.
3D printingPC ComponentsSFF
over 1 year ago
1. The article discusses the development of 3D printing techniques for creating interconnected microchannels with embedded electronics, enhancing the efficiency and versatility of microfluidic systems. 2. It highlights the challenges faced in traditional microfluidic fabrication methods and how 3D printing, particularly using photopolymerisation and extrusion-based methods, addresses these issues. 3. The research by the Singapore University of Technology and Design showcases the integration of electronic components into microchannels during the printing process, using gradually curing resins and liquid metal to facilitate the self-assembly of conductive wires.
3D printingEmbedded ElectronicsMicrofluidics