Refak Makeen’s Post

Whether it is 10kg or more we have a solution to help keep your process running as what we have is in stock and ready to ship. Reach out for powders or any needs you may have within your value chain and let's collaborate. #additive #strenghtenyourvaluechain United Performance Metals

What's the difference between MJF and SLS technology? The main difference is their heat source. MJF dispenses an ink (fusing agent) on the powder to absorb infrared light while SLS uses a laser to scan and sinter across each cross-section. Which technology should you choose? Check out Endeavor 3D's latest post for more information. #endeavor3d #3dprinting #3dp #3dprint #additivemanufacturing #additivemfg #polymers #hpmultijetfusion #mjf #edp #hp #multijet #3dprintingtechnology #amcommunity #digitalmanufacturing #additive #engineeringdesign #manufacturing #mechanicalengineering #innovation #mechanical #technology #digitalinnovation https://lnkd.in/eXZmCsnH

Deposit metal right where you need it, the AMBIT™ ONE’s rapid method and cooling, allows you to achieve the highest level of metallurgical quality. Enhance your CNC or gantry today with laser metal deposition additive capabilities. #lmd #ded #machining #hybridmanufacturing #tech #remanufacture #repair  #smartmanufacturing #ambitone #ambit #quality #additivemanufacturing #3dprinting

Uncontrolled variations in particle size, shape, or properties = unreliable parts. Kevin Nicholds explains why your metal powders should be purpose-built for additive manufacturing: https://lnkd.in/ea2tVky7 #AdditiveManufacturing #MetalAM #MetalAdditiveManufacturing #MetalManufacturing #Metal3DPrinting #3DPrinting #Industrial3DPrinting #CanadaMakes #3DPrinted #3D #Technology #Innovation #Manufacturing #MaterialsScience #Industry40 #Manufacturing40 #Manufacturing #Metallurgy

Together, architected materials and additive manufacturing can help you achieve greater impact absorption in your designs. That includes everything from 3D-printed foams for impact absorption, to porous structures that promote bone growth, and beyond. Check out our guide to architected materials for impact absorption to learn more. https://ntopolo.gy/tk2 #AdditiveManufacturing #nTop #3DPrinting #EngineeringDesign

Cobalt-chromium wheel Additive manufacturing is the ideal process for producing complex geometries, even in specific alloys. #3dprecision #additivemanufacturing #3dprinting #metal3dprinting

Make or break your print - processing parameters. The right parameters are key to a successful LPBF-build job. The most fundamental ones are the Laser Power P, the Scan Speed v, the Laser Beam Diameter σ, and the Layer Thickness t. Together, they express the Volumetric Energy Density (VED), calculated as VED=P/(vσt). During a foundation study of an AlSi alloy, which was new to additive manufacturing, the relative densities varied by more than 5% across 57 specimens, with the lowest at about 95% and the highest nearly reaching 100%. The laser power and hatch spacing were similar for these two; only the scan speed differed. Notably, the faster scan speed produced the denser part for this material. So, within these parameters lies great potential for improving part quality and also for maximizing the productivity and reliability of LPBF manufacturing. #AdditiveManufacturing #Powder #PowderPrototyping #Aluminium #Parameters #VED #Innovation #3DPrinting #MaterialProcessing #MetalAM

🎯Why Use Solid-State Additive Manufacturing? 💡 Because 👉Most metal additive manufacturing (AM) methods involve sintering powder with an energy source like a laser or an electron beam, or a welding-like process that melts powder or wire to build up parts. 💡While these methods are suitable for all sorts of applications from medical implants to structural aerospace parts, the need to melt and resolidify the metal creates stresses. 💡That stress can cause metal parts to deform, break free from their support structures or even warp the build platform. 🎓To overcome all this points Solid state AM is best suitable. 🖊️In a solid-state AM process, the material doesn’t melt. 🖊️Instead, metal is built up using other mechanisms like friction, pressure and velocity. 🖊️Common types of solid-state AM include friction stir welding, cold spray and sheet lamination or Ultrasonic additive Manufacturing UAM . #additivemanufacturing #automotiveindustry #3dprinting #industria40

Fast sieving = Fast production! Elevate Your Metal Additive Manufacturing Speed with SEPA Ultrasonic Sieving Machine! How? By ensuring efficient powder handling that cuts 3D printer cleaning time from 20 hours to only 60 minutes or less. SEPA helps to reduce downtime and boosts overall productivity. Time is a critical factor in Additive Manufacturing, and we understand the need for swift production cycles! Below are metal materials that all SEPA models work with: - Iron-based alloys (316L, 17-4PH, 15-5PH, H13, etc.) - Aluminum-based alloys (AlSi10Mg, AlSi7Mg0.6, AlSi9Cu3, etc.) - Nickel-based alloys (IN625, IN718, IN939, etc.) - Titanium-based alloys (Ti6Al4V, Ti-6Al-2Zr-1Mo-1V, etc.) - Cobalt-chromium-based alloys (CoCrFeMnN, Co-29Cr-6Mo, Co-28Cr-9W) #AdditiveManufacturing #UltrasonicSieving #3DPrinting #MetalPowder

Check this out: Upcoming Webinar featuring RESULTS of the BASF Ultracur 3D RG 3280 Ceramic material...(this is a game-changer...) #injectionmolding #tooling #additivemanufacturing #3dprinting #axtra3d #nota3d