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🚀 Transform your ideas into reality with our state-of-the-art CNC machining for PMMA transparent parts. Check out our video to see the craftsmanship in action! Ready to start your next project? 📫 Reach out for a quote or connect with me to explore more PMMA success stories. #Innovation #Engineering #Prototyping #PMMA #TransparentPrototype #XRapidTechnologies

We CNC machine quality parts in 3, 7 or 12 working days, depending on your needs. We never compromise on quality to achieve a rapid turnaround, and parts are vapour honed, as standard, to produce a cosmetic, aesthetically pleasing finish. Visit our website to find out more and to request a quote. https://buff.ly/48Q53cE #designengineering #productdesign #productdevelopment #mechanicalengineering #engineering #industrialdesign #cncmachining #cncmilling #cncturning #subtractivemanufacturing #prototype #prototyping #prototypingideas #3axis #5axis #5axisvmc #vmc #vapourhone #vapourhoning

Phase3D Launches Fringe Qualification for Additive Manufacturing: [Chicago, IL, October 24, 2024] – Phase3D, a leader in additive manufacturing (AM) in-situ inspection technology, today unveils Fringe Qualification, a groundbreaking addition to their Fringe Inspection product suite that sets a new standard in real-time production-scale quality control for AM. This powerful tool enables manufacturers to certify and control AM builds in real-time across their entire fleet of machines, bringing unprecedented efficiency and reliability to high-stakes industries. Fri http://dlvr.it/TGDjs4 #ndt

Today and tomorrow we are at the Design 2 Part show in Atlanta Georgia. Today's #1 topic is our Design for Manufacturability capabilities. Check it out! #Manufacturing #DFM #metalstamping

If you're attending AMUG, see Jim Wise's presentation on Qualifications and Certifications for Production Work! Date: Tuesday, March 12, 2024 Room: Astoria, 3rd Floor Time: 3:00 PM-4:00 PM Abstract: In the rapidly advancing additive manufacturing (AM) industry, where adoption is growing, service bureaus must exceed expectations to meet the highly regulated customers' quality and certification needs. Whether the job is for aerospace, automotive, or any other sector utilizing AM for end-use parts, mechanically functional applications require careful attention to ensure that the product delivered meets every requirement and will function as intended, especially with the inherent variability of Additive Manufacturing. Although this has been the standard for many years in other manufacturing industries, AM providers must overcome new challenges that accompany AM's numerous benefits in prototyping and DfAM-optimized end-use products. In this presentation, Jim Wise will cover high-level qualifications and the systems and processes needed to overcome this multifaceted challenge. He will discuss standards and methodologies at the business, process, and part level, which many people may need to realize is required for a neatly wrapped part shipped with a Certificate of Conformance (CofC). These methodologies include material testing, dimensional analysis, coordinating hands-on work, data security, and more. When customer safety is at hand, we must take many layers of consideration. #amug #additivemanufacturing #manufacturing #digitalmanufacturing #innovation

PMC Precision takes pride in our reputation for exceptional problem-solving skills and our expertise in developing and testing complex, close-tolerance parts. We eagerly embrace the opportunities and challenges that come with meeting the needs of new customers, and we are committed to delivering high-quality solutions tailored to each unique requirement.🏆🏆🏆 #PMC #Precision #PrecisionEngineering #PrecisionMachining #Manufacturing #CNCmachining #EngineeringExcellence #AdvancedManufacturing #PrecisionParts #IndustrialAutomation #TechInnovation #CNC #CNCMilling #CNCTurning #Innovation #MedicalDevices #Semiconductors #3DPrototyping #LensComponents #Optics #MotionControl #IndustrialDesign #ProductDevelopment #TechTrends #EngineeringDesign

🔍 Tired of dealing with components that have variations in their dimensions? Say goodbye to rework and rejection of finished products with our intelligent 3D inline measurement technology from inos. 💡 Our process monitoring system allows you to quickly, precisely, and efficiently check the dimensions of components in real-time without having to remove them from the production line. No more wasting time and money on manual rework or rejecting out-of-tolerance finished assemblies. 🔥 Our correlation-free inline measurement technology creates accurate measurements and eliminates differences from reference measurements due to optical measurement and robot-related inaccuracies, leading to tighter tolerancing and higher workpiece quality. 📈 Stay agile and ensure your production runs smoothly with inos. Get ahead of the competition, increase your productivity, and reduce costs using inos vision systems in your quality department. 📞 More information: https://lnkd.in/dvsj7xnU Don't let incorrect dimensions impair the quality of your products - choose inos for fast and precise measurements! #3Dmeasurement #processmonitoring #qualitycontrol #productionline #rework #rejection #inspectiontime #turnkeysolution #robotaccuracy #qualityworkpieces #innovativesystem #revolutionize #qualitycontrolprocesses #increaseproductivity #reducecosts #imageprocessingsystems #fastandprecisemeasurements

🕶 🕶 🕶 🕶 🕶 We are excited to announce the acquisition of a new ZISS Coordinate Measuring Machine (CMM), designed to enhance our precision measurement capabilities. This advanced machine features a measurement accuracy of 0.003 mm and operates fully automatically, making it an invaluable asset for our quality control processes. # High Precision: With an impressive measurement accuracy of 0.003 mm, the ZISS CMM ensures that every component meets the strictest quality standards. This precision is critical for industries where minute tolerances are essential. # Fully Automatic Operation: The fully automated functionality of the ZISS CMM streamlines the measurement process, reducing the potential for human error and increasing efficiency in production workflows. This allows for consistent and reliable measurement results. # Advanced Technology: Equipped with state-of-the-art sensors and software, the ZISS CMM provides detailed analysis and comprehensive reporting capabilities, making it easier to track quality metrics over time. # User-Friendly Interface: The intuitive interface allows operators to easily set up measurements, analyze data, and generate reports without extensive training, thus improving operational efficiency. # Versatility: The ZISS CMM is suitable for a wide range of applications, from small precision parts to large assemblies, making it a versatile tool for various industries. # Quality Control: Ensuring that manufactured parts meet specified dimensions and tolerances. # Product Development: Assisting in the design verification of new products by accurately measuring prototypes and samples. # Process Improvement: Identifying deviations in manufacturing processes to enhance production quality and efficiency. 🐇 🐇 🐇 🐇 # The addition of the ZISS Coordinate Measuring Machine marks a significant advancement in our quality assurance capabilities. With its high precision, automation, and user-friendly design, we are confident that this equipment will greatly contribute to our commitment to excellence in manufacturing and product quality. 🐎 🐎🐎🐎 We look forward to leveraging this technology to continue delivering the highest standards to our customers. 🏇🏾 🏄🏾♂️ 🤙🏾 👏🏾

Innovating Valve Design: Additive Manufacturing's Role in Eliminating Cavitation and Noise Additive manufacturing (AM) is transforming valve design, especially in tackling cavitation and noise issues. This advanced approach allows for intricate designs that traditional methods can't achieve, enhancing performance and reliability. Additive manufacturing is helping the valve industry by enabling the creation of complex, precise trims that effectively address cavitation and noise issues. This technology allows for innovative designs that improve valve performance and system reliability. Leading valve manufacturers like Bray, Emerson, Samson, and IMI are using additive manufacturing to design advanced anti-cavitation and noise-reducing trims. This technology allows for intricate, optimized designs that enhance valve performance and minimize operational issues. simulationHub's Autonomous Valve CFD app aids in simulating complex trim designs by accurately modeling their performance, allowing for optimization and validation before manufacturing. This ensures effective anti-cavitation and noise reduction in valves. Swipe to discover how AM is shaping the future of valve technology and driving industry advancements! #AdditiveManufacturing #ValveTechnology #Innovation #Engineering #Industry #simulationhub