The source announces that Foot Solutions, a retailer of footwear and custom orthotics, has collaborated with pickleball professional Ben Johns to introduce 3D-printed orthotics specifically for pickleball players. Developed with input from Johns, who is also a material science engineer, the orthotics are designed to address common issues like pain and fatigue while improving on-court movement and performance for players in the rapidly expanding sport. The product incorporates features optimized for pickleball's dynamic movements and will be available starting May 5, 2025.

#pickleball #orthotics #BenJohns

Lithoz's new material, LithaBite, an alumina-based ceramic designed for 3D printing translucent orthodontic brackets. The article highlights the precision and aesthetic benefits of LithaBite, emphasizing its ability to create highly accurate wire slots crucial for effective tooth movement and a comfortable patient experience. Beyond aesthetics, the text notes the efficiency advantages for dental labs, including minimal material usage and compatibility with an automated digital workflow. Finally, it discusses the cost-effectiveness of using ceramic additive manufacturing compared to traditional methods for producing these biocompatible and durable brackets.

#LithaBite #Orthodontics #CeramicAM #TranslucentBrackets #3DPrinting #DentalAM #Lithoz #AdditiveManufacturing #dentallabs #dental

A press release from Kraken Robotics Inc. announces that their subsidiary, 3D At Depth, has reached a significant achievement by completing its 1,000th subsea metrology project. This milestone highlights 3D At Depth's expertise in underwater measurement solutions using LiDAR technology. The release details a recent project conducted for TotalEnergies in Angola, where LiDAR spool metrology was quickly performed by an ROV in deep water. The project's success demonstrates the company's commitment to efficiency, accuracy, and minimizing environmental impact through their advanced underwater technology.

#3D, #depth, #oilandgas, #metrology, #maritimerobotics, #oceantechnology, #offshoreenergy, #unmannedsystems, #LiDAR

This episode focuses on metrology, the science of measurement, and quality control within the manufacturing sector. It features articles and news related to various technologies, including Artificial Intelligence (AI), machine vision, smart manufacturing, and Industry 4.0. Content covers topics such as workforce transformation in the AI era, new product introductions, technological innovations, customer applications, and industry trends. The site also includes sections on different types of metrology equipment, such as tactile and optical systems.

#AIManufacturing #WorkforceTransformation #SmartManufacturing #HumanMachineCollaboration #Upskilling #ASEANManufacturing #Metrology #Automation

This excerpt discusses the potential of the Slate electric pickup truck to revolutionize the automotive aftermarket through customization, particularly leveraging 3D printing. The article posits that the truck's low cost and simple design, with numerous attachment points, could foster a robust ecosystem for designing and producing custom parts, much like the early days of the Model T. It highlights that 3D printing is already being used for some components and envisions a future where individuals and businesses can easily personalize their vehicles using open-source designs, though it also notes potential challenges like safety regulations and market acceptance.

#3DPrinting, #CarCustomization, #Automotive3DPrinting, #SlateTruck, #AutomotiveAftermarket, #AdditiveManufacturing, #3DPrintedCarParts, #OpenSourceCarParts

The source describes a novel material called transparent wood, explaining its creation by removing lignin from wood and infusing it with a polymer. This material boasts several advantages over glass and traditional wood, including superior strength, better insulation, diffused light transmission, and environmental friendliness. The text traces the origins of transparent wood research and highlights its diverse potential applications in areas like architecture, solar panels, and electronics, while also acknowledging the current challenges in its widespread adoption despite its promising future.

#TransparentWood, #MaterialInnovation, #SustainableMaterials, #GreenBuilding, #WoodTech, #RenewableResource, #SwedishResearch, #FutureMaterials

This comprehensive guide outlines the significant shift in manufacturing driven by the digital revolution, emphasizing that it's more than just adopting new technologies but a complete rethinking of processes. It highlights key technologies like AI, IoT, and additive manufacturing, detailing their benefits such as increased efficiency, improved product quality, and enhanced sustainability. This also addresses common challenges, including financial constraints, cultural resistance, skill gaps, and cybersecurity risks, proposing strategies to overcome them. Ultimately, the source portrays digital transformation as crucial for manufacturers to thrive in a competitive global market, offering further areas like supply chain optimization, enhanced design, and evolving business models.

The increasing integration of robotics in dentistry, highlighting its potential to improve precision, efficiency, and patient outcomes. It traces the history of technology in dentistry, notes the current applications of robotic systems in various procedures, and emphasizes the importance of incorporating robotics training into dental education. The source also examines the projected growth of the robotic dentistry market, the potential future applications including remote procedures and regenerative dentistry, and the challenges of adoption, such as cost and training.

#RoboticsInDentistry, #DentalInnovation, #DigitalDentistry, #DentalTech, #AIinDentistry, #DentalRobots, #PrecisionDentistry, #FutureOfDentistry, #DentalEfficiency, #GrowthInDentistry, #OralHealthTech,, #HealthcareInnovation, #DentalPractice, #Dentistry, #Podcast