阿诺德紧固件沈阳 Arnold Fasteners Shenyang’s Post

Let's talk about: Services at ARNOLD This month, we are focusing on the services that we at ARNOLD offer our customers. Today's topic: Advanced 3D Manufacturing. 🛠️ Rapid, high-precision prototyping, efficient manufacture of very complex parts, cost-efficient short production runs. When you are faced with challenging engineering design problems, Advanced 3D Manufacturing from ARNOLD opens up huge potential. 🚀 We can rapidly build the components you need using metal powder additive manufacturing - even components that are difficult to make by conventional methods. Almost any weldable metal alloy available in powder form can be used to make them. 🔩 Why not take advantage of the opportunities? As early as the planning and analysis stage, throughout the production process, and right through to finishing the component, we are with you all the way. Find out more in our clip! 🎥 #arnoldfastening #3dprinting #additivemanufacturing

How has additive manufacturing transformed your approach to production? In the 1980s, additive manufacturing was mainly used for prototyping. Today, it's not just a technology; it's a revolution transforming the way we create! Imagine producing highly customized components and intricate designs with speed and precision while slashing costs. That's the power of additive manufacturing! ⚙️ That's where we come in! We're engineers working in cost-effective stainless steel Additive Manufacturing powders. Ready to leverage the potential of additive manufacturing? Explore our range of AM metal powders and use our power✨ #additivemanufacturing #3dprinting #engineeringinnovation

THE MOST IMPORTANT STEP IN EFFECTIVELY USING METAL AM IS... ... understanding what metal AM technology CAN do and CANNOT do! And so knowing when to use it effectively! Many companies view metal additive manufacturing as a direct replacement for traditional manufacturing such as casting, but in most cases this is not the best approach for a cost-effective use of metal #3Dprinting. Tailored design concepts should be used when developing components for metal AM production. #DfAM This not only improves manufacturing speed and reduces cost, but often improves the functionality, quality and performance of a component. Take parts to the next level by making them lighter and stronger at the same time, for exampel. 📌 Do you like this post? Like 👍, share and follow me to get more…. #GetInTouch #additiveengineering #additive #additivemanufacturing #digitalmanufacturing #additivefertigung #3DDruck

Additive Manufacturing

🔥 Injection Molding Simulation of a Semi-Open Impeller 💉 🎓Don't miss this webinar: https://lnkd.in/d4j39RZ4 Video Context: The animation shows the injection molding process for a semi-open #impeller, employing a top injection method. An impeller is a crucial part of a centrifugal #pump, transferring energy from the motor to the fluid. The impeller features a series of vanes that rotate, driving the fluid through the pump. The specific design of the impeller, including the shape and number of the vanes, directly influences the pump’s efficiency, flow rate, pressure output, and power consumption, making it a pivotal factor in the pump's overall performance. The StrömungsRaum® system will redefine injection molding simulation with advanced 3D modeling, surpassing the accuracy limitations of traditional 2D and 2.5D methods. ⚡ StrömungsRaum® outperforms traditional methods in computational speed, 🧠 handles complex mold geometries easily, 🔗 and leverages sophisticated coupling algorithms 🔬 for highly accurate representations of complex flow dynamics and stress distributions. It affords detailed insights into critical areas such as 🪢 junction points, 💥 abrupt changes in wall thickness, and 🧊🧊 convergence points of melting fronts. This enables more accurate predictions, optimized design decisions, and more efficient production, providing experts and businesses with a crucial competitive edge. For further updates about StrömungsRaum®, simply follow IANUS Simulation GmbH. #InjectionMolding #Spritzgießen #Spritzguss #InjectionMoldingSimulation #Plastics #Kunsstoff #SpritzgussSimulation #Injection #Molding #PlasticPartDesign #Kunststoffgerecht #Kunststoffkonstruktion #Kunststoffteile

The key to successful metal additive manufacturing is avoiding build failures. A build failure costs a lot of money and time, wasting material and up to 20 hours of production. To prevent this from happening, add extra material for stability. It may seem expensive to do this, but it's actually a relatively cheap insurance policy compared to a build failure. #AdditiveManufacturing #Manufacturing #BuildFailure

🚀 Unlocking the Future of Manufacturing with Btec 3D Additive Manufacturing! 🚀 At Btec, we're pushing the boundaries of what's possible in the world of manufacturing. Our cutting-edge 3D additive manufacturing capabilities allow us to print with some of the most advanced materials available, including Inconel, Cobalt, and Titanium. These materials aren't just strong—they're game-changers. Whether it's the heat resistance of Inconel, the wear resistance of Cobalt, or the lightweight strength of Titanium, our additive manufacturing process enables the creation of complex, high-performance components that meet the most demanding industry standards. From aerospace to automotive, the possibilities are endless. With precision and efficiency, we're transforming ideas into reality, one layer at a time. 🔧 Why Choose Btec? Material Mastery: Expertise in handling challenging materials. Complex Geometry: Create parts that are impossible with traditional methods. Customization: Tailored solutions for your unique needs. Join us on this journey of innovation. Let’s build the future together! Visit us at Btec3d.com #3DPrinting #AdditiveManufacturing #Inconel #Cobalt #Titanium #Innovation #ManufacturingExcellence #Btec3D

🚀 Unlocking the Future of Manufacturing with Btec 3D Additive Manufacturing! 🚀 At Btec, we're pushing the boundaries of what's possible in the world of manufacturing. Our cutting-edge 3D additive manufacturing capabilities allow us to print with some of the most advanced materials available, including Inconel, Cobalt, and Titanium. These materials aren't just strong—they're game-changers. Whether it's the heat resistance of Inconel, the wear resistance of Cobalt, or the lightweight strength of Titanium, our additive manufacturing process enables the creation of complex, high-performance components that meet the most demanding industry standards. From aerospace to automotive, the possibilities are endless. With precision and efficiency, we're transforming ideas into reality, one layer at a time. 🔧 Why Choose Btec? Material Mastery: Expertise in handling challenging materials. Complex Geometry: Create parts that are impossible with traditional methods. Customization: Tailored solutions for your unique needs. Join us on this journey of innovation. Let’s build the future together! Visit us at Btec3d.com #3DPrinting #AdditiveManufacturing #Inconel #Cobalt #Titanium #Innovation #ManufacturingExcellence #Btec3D

🌟 At Btec, we’re pushing the boundaries of what's possible in manufacturing! 🌟 Our cutting-edge 3D additive manufacturing capabilities allow us to print with some of the most advanced materials available, including Inconel, Cobalt, and Titanium. These materials aren't just strong—they’re game-changers. Whether it’s the heat resistance of Inconel, the wear resistance of Cobalt, or the lightweight strength of Titanium, our additive manufacturing process enables the creation of complex, high-performance components that meet the most demanding industry standards. We’re redefining what’s possible, one layer at a time. 🚀 #3DPrinting #AdditiveManufacturing #Inconel #Cobalt #Titanium #ManufacturingInnovation #Btec3D

🚀 Unlocking the Future of Manufacturing with Btec 3D Additive Manufacturing! 🚀 At Btec, we're pushing the boundaries of what's possible in the world of manufacturing. Our cutting-edge 3D additive manufacturing capabilities allow us to print with some of the most advanced materials available, including Inconel, Cobalt, and Titanium. These materials aren't just strong—they're game-changers. Whether it's the heat resistance of Inconel, the wear resistance of Cobalt, or the lightweight strength of Titanium, our additive manufacturing process enables the creation of complex, high-performance components that meet the most demanding industry standards. From aerospace to automotive, the possibilities are endless. With precision and efficiency, we're transforming ideas into reality, one layer at a time. 🔧 Why Choose Btec? Material Mastery: Expertise in handling challenging materials. Complex Geometry: Create parts that are impossible with traditional methods. Customization: Tailored solutions for your unique needs. Join us on this journey of innovation. Let’s build the future together! Visit us at Btec3d.com #3DPrinting #AdditiveManufacturing #Inconel #Cobalt #Titanium #Innovation #ManufacturingExcellence #Btec3D