Matt Shockey

Metrology, it’s that step at the end of your machining process where you check your measurements right? Well, kind of. Precision measurement is a critical part of making sure you get accurate product out your door, and every step counts. But what if you could not only increase your accuracy but increase your shop’s overall ROI along the way? Sound too good to be true? Well, Jacob Sanchez is on site at the Mitutoyo America Corporation showroom to see how metrology can increase your ROI, and how every step in the process having precise feedback can improve your overall efficiency. Watch the full episode here: https://lnkd.in/enHiSebG

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So, you’re interested in die cutting services. What happens when your converter recommends flexible die tools? Are they a good fit for your project? Today we’ll discuss how flex tooling impacts your production. https://hubs.ly/Q02yYkSN0

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Discover how the machining process of a component's geometry can directly impact your cycle time and surface quality. With circle segment cutters, you can better your approach to your designs. https://lnkd.in/gBEYyvez

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When writing a G-Code program, having a clear header with tooling and setup information can save a lot of time for the next operator. What do you include in your header? #Manufacturing #machining #cnc

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Imagine you could track any individual casting all the way through your foundry. And, if it’s scrapped, look up its process data and pinpoint the problem.🕵️   That’s exactly what DISA TAG (Trace and Guidance) gives you.   TAG creates a unique ID on each mould to connect a casting’s process data to quality results.   After implementing DISA TAG, AAPICO Águeda, S.A. cut its scrap rate from 8% to 2%!   ✅ Better than batch data: precise data on every casting ✅ Find the exact root cause of defects ✅ More insight from your Monitizer system   DISA TAG. 🔗 It’s the missing link in your foundry data.   More here 👉 https://lnkd.in/gcDkaUBD #IIoT #foundry #foundrydata

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🤔 What are the best ways to avoid over-tolerancing machined parts? ✅ Over-tolerancing can lead to unnecessary complexity and increased costs. To avoid this, incorporate slots in your designs to allow more flexibility, ensure ample clearance fits for thru-features like bolts, design lip mates to be flush on only one face to simplify manufacturing, and use dowels and indexed features to align parts without demanding excessively tight tolerances. 📰 Download and read the following guide to master tolerances for machined parts: https://zurl.co/auYT

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Material choice impacts everything from mold strength to the final product's quality! 💡 At Immetech, we prioritize top-notch materials for unbeatable mold performance.⚙️ #Immetech #MoldDesign #CustomerFirst #HighQuality #PlasticMold #InjectionMolding #Precision #Mold #Mould #Tool #MoldMaking #MedicalDevice #MedicalMold #AutomotiveMold #AutomotiveInterior #Engineering #Industry #MoldManufacturing

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*Check out #pmpa's latest Article in the August issue of Production Machining* "Why (and How) You Should Reboot Your Shop’s Safety Program Today" By Miles Free Visit : https://lnkd.in/eU9hrvnC #pmpa #precisionmachining #pmpaArticle

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🔩 Precision-Forged Gears vs. Cut Bevel Gears: Unleashing the Power of Grain Flow When it comes to performance, durability, and efficiency, precision-forged gears have a significant edge over their machined counterparts—and it all starts with grain flow. Here’s a breakdown of the key differences and benefits: 1️⃣ Grain Flow: A Game-Changer in Forging In precision forging, the natural grain structure of the metal follows the contour of the gear teeth, enhancing strength, fatigue resistance, and load capacity. In contrast, cut gears have disrupted grain flow due to machining, leading to stress points and reduced durability under extreme loads. 2️⃣ Strength & Performance Precision-Forged Gears: ✅ Superior tensile strength and fatigue life. ✅ High resistance to wear and deformation. ✅ Ideal for high-torque, heavy-duty applications like automotive differentials. Cut Bevel Gears: 🔻 Reliable for standard applications but prone to stress-related failure under heavy loads. 🔻 Reduced strength at critical points due to cut grain flow. 3️⃣ Cost-Effectiveness & Sustainability Forged gears often require less post-processing, resulting in lower material waste and shorter production times. This not only reduces costs but also supports sustainability goals. Cut bevel gears, however, involve material removal, leading to higher waste and energy consumption. 4️⃣ Design Flexibility & Precision At CPFL, our range of presses ensures we can produce complex, high-precision bevel gears that align with custom designs, delivering exceptional results for advanced automotive and industrial applications. Why Precision Forging Matters for 2025 and Beyond As industries push for performance, efficiency, and resilience, the advantages of precision-forged gears are more evident than ever. Whether you're improving drivetrain durability or boosting mechanical performance, forged gears provide unmatched strength where it matters most. Let’s talk about how our expertise at CPFL can support your production needs with precision-engineered solutions at competitive prices—delivering both quality and on-time performance. What are your thoughts on the future of gear manufacturing? Let us know below! #Manufacturing #PrecisionForging #GrainFlow #BevelGears #Engineering #Innovation #CPFL

Do you know this process? Here’s a hint: This process happens in the foundry immediately after the molten metal is poured into the mold. Once poured, heat is evening distributed in this process to ensure the metal hardens correctly – producing a flawless finish without cracks, bubbles, or imperfections. Take a guess in the comments and we’ll let you know if you’re right! #ARKRamos #ARKRamosManufacturing #SignageIndustry #Quality #ARKRamosLegacy #GuessTheProcess #Foundry

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Kaplan turbine parts finishing. Preparing for turning the workpiece. #engineering #hydropower #cnc #machining

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What is Adaptive Machining? Take a look at our latest blog which explains adaptive processes in the modern factory. Discover how you can automate complex processes which normally require skilled hand work, etc. https://lnkd.in/gJhgScD6

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Which chill blocks do you use in die casting? 🤔 Standard steel chill blocks: ✅ Advantage: Designed for rough everyday life of a foundryman ⛔ Disadvantages: Insufficient venting performance and tend to have high demolding forces Chill blocks made of copper/bronze: ✅ Advantage: Better venting performance ⛔ Disadvantages: Not suitable for the rough foundry conditions and do not solve the problem of demolding forces 💡 And now comes the good news! Our newly developed voestalpine Chill Blocks address the disadvantages of the 2 standard options: ✅ Combines the robustness of steel with the venting performance of copper ✅ Demolding forces are reduced by around 35%. Learn more about our solution here: https://lnkd.in/eFXx-uv4

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#plasticwelding: Product position detection. Role: can detect whether the product is put into position Improve product positioning detection, reduce scrap rate #Weldingplastics #PlasticsWelding #WeldingProcesses #AutoBodyPlastic #PlasticMold #automotivelighting #Headlamp

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