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#AI, Fictiv introduces and demonstrates new AI capabilities & mold flow library at NPE2024 Fictiv, a global manufacturing company with manufacturing centers in Mexico, India, China, and the USA, will debut innovations for its Injection Molding offerings at this year's NPE2024 show in Orlando. The show is hosted by the Plastics Industry Association, and Fictiv will be in Booth S26140.   As artificial intelligence continues to transform nearly every industry, Fictiv is introducing Materials.AI for Injection Molding, revolutionizing material selection for production parts. The new OpenAI-powered tool is freely accessible on the Fictiv platform to assist users with optimal material selection based on mechanical properties, desired tool life, or end-use application of customer parts. Materials.AI for Injection Molding further delivers on Fictiv's promise to simplify sourcing for custom manufacturing, accelerate new product introduction, and ensure manufacturing quality.   Fictiv is also launching the first-of-its-kind Mold Library, which helps engineers and supply chain teams digitally track their tool inventory, quickly re-order parts, and look up the remaining tool life based on historical part production, and enabling companies to manage/depreciate tools as they do for other assets in their business. #RB,#AI

Injection molding can be tricky! Can't find the source of process issues? 🤔Tired of spending hours at the machine analyzing data or searching for quality problem causes? ⏱️ Let us help you accelerate your solution finding with iQ process observer! The injection moulding expert system leverages the power of artificial intelligence to revolutionise process data analysis. 📈   💡In this compact tutorial, you can find out how the iQ process observer visualises changes and deviations in an easy-to-understand way. The assistance system even provides suggestions for process improvements.   Learn in this compact tutorial: - How to see when a process returns to the defined state – for instance after deviations due to production stops - How to use the reference deviation - How to identify unfavourable settings - About the requirements for using the iQ process observer 👉 Or contact our experts at [email protected] to learn more about the iQ process observer. #AI #InjectionMoulding #inject40 #ProcessOptimization #SmartManufacturing

Use Case # 451: ENGEL has announced Engel GPT, a GenAI assistant designed to enhance injection molding operations. Engel GPT will provide direct access to machine data via voice input and integrates with Engel’s customer portal. Using AI and digital twins, it aims to improve production efficiency, reduce energy costs, and address skills shortages. The release date hasn't been announced yet. Learn more about how Engel leverages GenAI: https://lnkd.in/dUPQ-brX #InjectionMolding #GenAI #Digitalization #Manufacturing #EngelGPT

Picture this: You're standing in front of a CNC machine. It's humming away, churning out parts with cold, mechanical precision. Reliable? Sure. Revolutionary? Not quite. Now, let's fast-forward to today. That same machine is still humming, but there's something different. It's not just following orders anymore. It's thinking... learning... evolving. Don't worry, this isn't SkyNet (not yet). But welcome to the AI revolution in CNC machining. At G Technologies, we're watching this revolution. And let me tell you, it's a game-changer. Imagine a machine that can predict its own maintenance needs. No more surprise breakdowns or costly emergency repairs. AI-powered CNC machines are like fortune tellers, minus the crystal ball. But that's just the beginning. These machines are perfectionists. They're constantly analyzing and adjusting, producing parts so precise they'd make a Swiss watchmaker jealous. And they do it consistently, day in and day out. Energy efficiency? AI systems are on it. They're constantly looking for ways to trim power usage, saving you money and helping the planet. It's like having a team of efficiency experts working 24/7. And when it comes to quality control, AI is like having Terminator vision. It spots microscopic flaws that even the sharpest human eye might miss. Your quality control just went from great to superhuman. So what does all this mean for you? It means higher quality parts. Faster production times. Lower energy costs. And a level of reliability that will make your competitors wonder if you've got a magic wand. The future of CNC machining isn't just here — it's smarter, faster, and more efficient than we ever imagined. And it's ready to transform your business. Are you ready to step into the future? To leave your competitors in the dust? To revolutionize your manufacturing process? #CNC #AI #MachineLearning #Industry40 #Manufacturing #Innovation #FutureofWork #SmartMachines

Activities such as conversion, setup, start-up and process optimization usually require plastics processors to have comprehensive specialist knowledge. But how can cost-effective, high-quality injection molding production be ensured in times of a shortage of skilled workers and increasingly demanding materials? ARBURG GmbH + Co KG is working intensively on the topics of artificial intelligence (AI) and federated learning – with the aim that AI-based systems learn correlations themselves and actively readjust processes in order to optimize the yield and quality of injection molded parts in series production. Read the full article: https://bit.ly/46W8Nt1 Text by Werner Faulhaber, Vice President Research & Development at Arburg #qualityassurance #Industrie #digitazation #digitazion #simulation #injectionmolding

In the logistics industry, efficiency and precision are crucial. xis.ai offers customized AI-based #quality assurance solutions that facilitate #manufacturing teams in the following #operations:   ✅ Package Inspection: Ensuring integrity, sealing, and correct labeling.   ✅ Automated Sorting: AI inspection systems sort parcels and packed boxes based on visual characteristics such as shape, size, and color, as well as predefined criteria such as destination or fragility. The systems also remove defective boxes and parcels with the help of #robotic arms.   ✅ Labeling and Printing Detection: Analyzing labels and printing for accuracy and clarity.   ✅ Bar and QR Code Detection: Recognizing codes for precise identification and verification of components and products. These solutions ensure smooth, safe, and error-free #operations, fostering innovative optimizations and improved customer satisfaction.   Learn More: https://xis.ai/ #ai #logistics #logitsicsindustry #qualitycontrol #qualityassurance #manufacturinginspection #visualinspectionsystem #foodindustry #production #assemblyline #visualinspection #inspection #visionai

Revolutionizing Quality Inspection: AI's Role in Transforming Manufacturing In the ever-evolving landscape of industrial innovation, AI has emerged as a pivotal force, revolutionizing traditional manufacturing processes. You see, we recently has purchased one more AVI machine, AI has transformed into a "quality inspector" with an eagle-eyed precision. On the dark green circuit board, a dense array of copper-colored solder points, some as small as a needle tip, presents a formidable challenge for defect detection. Traditionally, this task required meticulous visual inspection of each point, consuming over ten minutes per board. Now, with the AI model filtering out most false defects, only a fraction of the points need verification, reducing the inspection time to just 30 seconds per board. This not only streamlines the process but also alleviates the strain on the eyes. I recall my sister's first job out as a PCB inspector at FQC. The day's end often found her eyes in considerable discomfort, leading her to seek a career change.  The advent of AI technology is not just a slogan but a testament to how it is genuinely reshaping our lives and work. #AI #ManufacturingInnovation #QualityInspection #Industry4 #LinkedInLearning

Predictions for the role of additive manufacturing in 2024  https://bit.ly/3S0HetN @Markforged #3Dprinters #AI #Software #Manufacturing #Technology 

🚀 Transform Your Molded Plastic Quality Control with UnitX! 🚀 Are you in the rigid plastic industry and struggling with defect detection from molding processes? 🛠️ UnitX offers a cutting-edge solution with our OptiX Imaging System and CorteX AI Platform to automate the inspection of molded plastics, ensuring top-notch safety, quality, and compliance. 🌟 🔍 Why Choose UnitX? - Superior Imaging: Our OptiX system uses advanced lighting techniques to reveal even the tiniest defects like burns, splay, and more. - AI-Powered Precision: CorteX’s machine learning models are trained with minimal images to identify defects accurately and quickly. - Fast & Reliable: Achieve 100% inline inspection with high-speed imaging and rapid defect detection. Don’t let defects slip through the cracks—optimize your production and protect your brand with UnitX’s innovative technology! 👉 Check The Link In The Comments For More Information 👈 #InjectionMolding #QualityControl #Manufacturing #AutomatedInspection #AI #UnitX #TechInnovation

🌟 The Impact of AI on the CNC Precision Custom Machining Industry 🌟 As we stand on the brink of a technological revolution, the advancements in Artificial Intelligence (AI) are poised to significantly transform the CNC precision custom machining industry. But what exactly does this mean for us, and what changes can we anticipate? 🔍 **Revolutionizing the Industry:** AI is set to enhance the efficiency and precision of CNC machining processes dramatically. Imagine a system where real-time data analysis predicts tool wear and tear, reducing downtime and improving productivity. With AI, we can achieve unprecedented levels of accuracy, optimizing the entire production cycle. ⚙️ **Innovations and Benefits:** The integration of AI will bring various innovations: - **Predictive Maintenance:** AI algorithms can foresee equipment failures before they happen, ensuring continuous operation. - **Enhanced Quality Control:** Real-time monitoring and quality checks facilitated by AI will minimize defects and wastage. - **Optimized Workflow:** Intelligent scheduling and resource allocation will streamline operations, saving time and costs. 🔥 **Will AI Replace Conventional CNC Machining?** While AI will undoubtedly revolutionize CNC machining, it is unlikely to entirely replace the existing methods. Instead, AI will augment traditional techniques, providing advanced tools that skilled professionals can leverage to push the boundaries of what's possible. 🚀 **The Future of CNC Custom Machining:** Looking ahead, the synergy of AI and CNC machining will drive the industry toward more complex, customized solutions with faster turnaround times. We can anticipate: - **Hyper-Personalization:** Catering to highly specific, individual customer needs with precision. - **Scalable Solutions:** Adapting to market demands with flexible, scalable manufacturing processes. - **Sustainable Practices:** Reducing material waste and energy consumption through intelligent resource management. In conclusion, AI is not the harbinger of obsolescence but a catalyst for innovation in the CNC precision custom machining industry. As we embrace these advancements, we unlock new potential, ensuring that the industry not only survives but thrives in the future. What are your thoughts on the fusion of AI and CNC machining? Let's discuss the future possibilities! 💬👇 #CNC #AI #PrecisionMachining #Industry4_0 #Innovation #FutureTech #ManufacturingExcellence