AVF Decolletage: Swiss CNC for precise test probes

When people think about electronics testing, they often overlook the smallest part that makes it possible: the test probe. In test probe manufacturing, even the tiniest dimensional error can lead to inaccurate results. That’s why at AVF Decolletage, we rely on Swiss CNC machining to deliver accuracy and consistency at scale. I shared more in my latest blog: 👉 https://lnkd.in/gGUrS7_E #TestProbes #SwissCNC #AVFDecolletage #PrecisionEngineering

⚙️ Screw Machine Products: Precision Manufacturing at Scale Screw machine products power industries worldwide — from electronics to aerospace. At AVF Decolletage, we combine Swiss CAM speed with Swiss CNC precision to produce millions of parts each month with ISO-certified quality. 👉 Read the full blog: https://lnkd.in/gaiFkU6k #ScrewMachineProducts #SwissCNC #SwissCAM #AVFDecolletage #PrecisionMachining

🔩 From Brass Rod to Finished Pin: The Journey of Connector Contacts At AVF Decolletage, we transform certified brass rods into precision connector pins using Swiss CNC machining and ISO-certified QC. These small parts power aerospace, automotive, telecom, and medical industries worldwide. 👉 Read the full blog: https://lnkd.in/gFVkVxeX #ConnectorContacts #SwissCNC #AVFDecolletage #PrecisionMachining

In precision machining, even the smallest calibration step can make a major difference in machine reliability and productivity. Today, we’re sharing insights on #FANUC - Tool Change Calibration – specifically the Second Tool Change Point and Tool Change Angle setup. By carefully setting these parameters, you ensure: ✔️ Reliable and repeatable tool changes ✔️ Reduced machine downtime ✔️ Extended spindle and tool life 👉 Curious about the full step-by-step guide? Watch the demo video here: https://lnkd.in/gjXS_58i At Maple-tech CNC Machining Center, we believe attention to detail in calibration is the foundation of long-term machine performance. #SmartManufacturing #AutomationSolutions #CNCmachining   #Industry40 #ManufacturingInnovation #B2Bsolutions Website: www.maple-tech.com.tw Email: info@maple-tech.com.tw Facebook: https://lnkd.in/fFH948M Instagram: https://lnkd.in/fTE2t7j

When it comes to machining large, complex components, flexibility and strength are non-negotiable. That’s precisely what the TCM Series delivers — high-performance vertical machining centers tailored for your most demanding jobs. Here’s what sets it apart: ✅ Modular design allows multi-tasking and various configurations ✅ Bed sizes from 1500 to 3500 mm, covering a wide range of applications ✅ Tailor-made for machining large components in 3-, 4-, or 5-axis setups ✅ Embedded C-axis and tilting spindle enable full 5-axis capability ✅ Handles heavy-duty cutting while maintaining precision and rigidity ✅ Ideal for sectors like aerospace, energy, dies & molds, and heavy equipment If you’re scaling up to larger components without compromising accuracy, the TCM Series was designed for you. Want to learn more about how TCM can fit your operations? Get in touch with us: https://lnkd.in/d9ijY-iP #BFWEurope #BFW #TCMSeries #HeavyMachining #FiveAxis #CNCmachines

🦾⚒️ The DMU/DMC 55 H Twin machining center sets a new standard for twin-spindle manufacturing. Its independent X/Y/Z axes provide maximum adaptability with tool length and radius compensation, while the stable basic structure combined with dynamics of up to 10 m/s² ensures outstanding cutting performance. With positioning accuracy of 5 µm and process integration like milling, turning, and grinding, the DMU/DMC 55 H Twin enables highly productive operations. 🔩 #dmgmori #dmgmorinews #DMU55HTwin #DMC55HTwin #horizontalmilling #precisionengineering #CNCmachines

Tube Bending & Forming — Smarter Simulation with Dynaform® Tube bending and forming comes with unique challenges: wrinkling, thinning, buckling, springback, and material waste. Traditional trial-and-error methods are costly and time-consuming. With the Tube Bending & Forming (TBF) module in Dynaform®, manufacturers can: ✅ Simulate bending, preforming, hydroforming, trimming, and annealing ✅ Predict issues like wrinkles, fractures, and springback before production ✅ Optimize tooling and material selection for higher accuracy ✅ Cut down on try-outs, tooling costs, and lead time Industries like automotive, aerospace, and appliance manufacturing can benefit by achieving lightweight, reliable, and cost-effective tubular components. 👉 If tube forming is critical to your production, Dynaform® TBF helps ensure precision and efficiency — all before a single part is manufactured. 🔗 Learn more: www.tvspl.co.in #TubeBending #Hydroforming #FormingSimulation #ManufacturingInnovation #CAE #Dynaform #DieDesign #TVSPL

🔧 U-TRONIC: Precision and Power for Advanced Machining 🔩   Engineered for excellence, U-TRONIC heads are medium and large-sized NC units designed to be connected directly to the U-axis of the machine tool. Through axis interpolation, they enable a wide range of operations: ▪ Outer, inner, and back-facing ▪ Cylindrical and conical boring and threading ▪ Concave and convex radiusing 📐 The standard range includes six models from Ø360 mm to Ø1000 mm, all equipped with internal coolant passage. 📦 Mounting options include manual, automatic, or palletized systems, suitable for boring machines, machining centers, and special-purpose machines. ⚙ Special versions—up to Ø1600 mm, with dual slides or counterweights for self-balancing—are available upon request. 🔧 Fixed toolholders can be mounted on the slide, with manual or automatic tool change options.   U-TRONIC combines robust engineering, making it the ideal solution for demanding machining environments. https://lnkd.in/dTbxyEtx   #UTronic #DAndrea #UAxis #NCHeads #PrecisionEngineering #AdvancedManufacturing #MachineTools #CNCInnovation

“Every perfect HPDC die design still depends on one thing: machining.” 🔹 HPDC Insights – Post 3 Design is only the first step, manufacturing makes it real. Key machining processes for HPDC dies: ⚙️ VMC machining - shaping die cavities ⚙️ EDM – intricate details ⚙️ Wire EDM – precise cuts and corners ⚙️ Drilling & Milling – ejectors, cooling lines, inserts 👉 A design that ignores machining realities always ends up costing more. ❓ Which machining process do you think has the biggest impact on die performance?

Is your probing system doing everything it could be? 💡 The OSP60 on-machine scanning probe with SPRINT™ technology is more than just a tool, it’s a versatile, high-performance solution designed to handle a wide range of machining tasks across multiple industries. With just one probe and stylus set-up, you unlock capabilities like: ➡️ High-speed part setting, inspection, and in-process control ➡️ Machine performance verification ➡️ Surface condition monitoring ➡️ 3D surface capture and form determination ➡️ Adaptive machining This is all at impressive feedrates, and without switching tools. One probe – unlimited capabilities 🔗 https://okt.to/lhH65v #Renishaw #machinetools #cnc #industrialengineering #machining