TENON Engineering’s Post

In Plasma Arc Cutting, the cutting line width, also known as the "kerf", is an important factor to consider when designing certain shapes. The kerf can vary from 1mm to 4 mm , depending on the thickness of the metal plate. This variation can affect the final dimensions of the component, making it crucial to account for the kerf during the design process to ensure accuracy.

Let’s have a 𝗧𝗲𝗰𝗵𝗧𝗮𝗹𝗸 about… 𝗚𝗲𝗼𝗺𝗲𝘁𝗿𝘆 𝗔𝗡! Designed and created for you with the following benefits:   1. Alu cutting optimization: Thanks to its highly positive chip breaker geometry, this solution is the top choice for machining aluminum and non-ferrous materials. 2. Sharp edges: Polished chip breaker with sharp cutting edges. 3. Surface finish: Ensuring a high-quality surface finish. 4. Clever clamping system: The clamping system allows the change of insert without disassembly the holder. 5. Lubrication: Can be used with JET high-pressure tool holder with dual lubrication.   Learn more about this family on our website: https://lnkd.in/dpgJsWs   You can also find our AN geometry on our Applitec shop: https://lnkd.in/evKrKqv5   Take a TechTalk with us! ❤️ Like, 💬 Comment, 🔊 Share your thoughts!   Your Applitec Team   ---   #applitecswisstooling #applitec #swisscuttingtools #cuttingtools #swissprecision #swissquality #performance #precision #rigidity #share #tevocutline #evocut #geometry #an #geometryan #techtalk #insert #plaquette

Let’s have a 𝗧𝗲𝗰𝗵𝗧𝗮𝗹𝗸 about… 𝗚𝗲𝗼𝗺𝗲𝘁𝗿𝘆 𝗧𝗡! Designed and created for you with the following benefits:   1. Negative chipbreaker: Our negative chipbreaker ensures optimal chip control, delivering superior and consistent performance even in the most demanding conditions. 2. P-M: Designed to excel in the machining of steel and stainless steel, our tool is ideal for precise and efficient operations across a wide range of materials. 3. Feed: Optimized for high feed rates, our tool enables faster cutting speeds while maintaining impeccable quality, reducing cycle times and boosting productivity. 4. Clamp system: Choose excellence with our two flange clamping systems, engineered to ensure maximum rigidity and exceptional cutting precision, even in the toughest applications. 5. Dual thickness: With two insert thickness options (2.2 mm and 3.1 mm), our tools offer unique flexibility and a cutting depth of up to 65 mm, meeting a wide variety of machining needs.   Learn more about this family on our website: https://lnkd.in/dmW9ES63   You can also find our TN geometry on our Applitec shop: https://lnkd.in/ey_Dedwz   Take a TechTalk with us! ❤️ Like, 💬 Comment, 🔊 Share your thoughts!   Your Applitec Team --- #applitecswisstooling #applitec #swisscuttingtools #cuttingtools #swissprecision #swissquality #performance #precision #rigidity #share #cutline #cut #geometry #tn #geometrytn #negative #geometrynegative #techtalk #insert #plaquette #clever

Ending the week on a high note with these freshly turned parts! 🙌 These high-tolerance Rheology geometries are designed for studying the flow of liquids and soft solids. They feature a hollowed-out large bob, machined to reduce weight, and come sealed and capped for optimal performance. With tolerances under 10 microns and no runout, these parts show our precision is second to none! Another job well done. 👏 #UKmfg #PrecisionMachining #CNC #CNCmachining #PrecisionEngineering #EngineeringSolutions

Maximize your moulding precision with Metacut's H Series Micron Chuck! Built for exceptional accuracy, this chuck sets the standard in high-precision moulding. Discover the difference with the H Series. The H Series Micron Chuck by Metacut Technology is designed for maximum precision and accuracy, catering to high-tolerance moulding applications. With enhanced stability and minimal runout, the H Series is perfect for intricate and complex mould designs where every micron matters. Built from high-quality materials and rigorously tested, this chuck ensures longevity and consistent performance. If you’re looking for a chuck that offers precision, durability, and reliability, the H Series Micron Chuck is your answer. #Engineering #PrecisionMoulding #MetacutTechnology

Laser cladding batch processing: a layer of wear-resistant coating is surfacing on the surface of the cylindrical workpiece to improve the service life of the workpiece.

Did you know that photochemical etching preserves the inherent properties of metals, such as hardness and ductility? Unlike traditional machining methods, our process does not induce stress or alter the metal’s grain structure. This makes it an excellent choice for sensitive applications in electronics and other devices. #MaterialProperties #PhotochemicalEtching #ElectronicsManufacturing #METManufacturing

Game changer. Easy setup for panel present at the press of a button!

Setting and understanding signs... Square picture: signs on base plates for quick, easy and confusion-free identification of quite similar measuring devices to improve processes and to avoid mistakes. Round picture: sign on positioning and clamping fixtures for quick, easy and confusion-free identification of components of the modular dk fixturing systems and thus of... > variety for all measuring technologies > quality of design and manufacture > durability for multiple use #metrology #fixtures #clamping

Another Pop Quiz for #materials enthusiasts! 💡📣 What industry is the test below used for? Here's your answer: This test is called a Dynamic Seam Fatigue Test (ASTM D4033) and it's typically used for furniture to test the reliability of stitching. We modified the test to see how our soft, flexible electronics would fare after thousands of strikes from this machine. Thanks to the folks Vartest Laboratories we got solid data on how our parts are impacted by direct blows. What tests are you running these days? #innovation #materialscience #materialsengineering