Automatic Letter Bender’s Post

From the actual image to it's 3D form *We design within 72 hrs; all we need is a picture or correct description with some nessesary dimensions.* Reason for 3d design - Save cost and time in manufacturing. - Through our design visions are brought to life. - We follow certain design rules so we don't have problems manufacturing. Rules - With plastic parts; we use smooth curvatures to facilitate mold filling. - We consider draft angles. - We use appropriate wall thickness, of not less than 0.6mm - We eliminate sharp edges and points.

Fun print! A helmet design and head printed together using two different materials. I love multi-color prints, but considering the time they take and the material waste, they often don’t feel worth it:) #additivemanufacturing #3dprinting #yourcadcampartner #orthotics  #oandp #design #cadcam #prosthetic

𝐁𝐫𝐢𝐧𝐠 𝐘𝐨𝐮𝐫 𝐕𝐢𝐬𝐢𝐨𝐧 𝐭𝐨 𝐋𝐢𝐟𝐞 𝐰𝐢𝐭𝐡 𝐚 3𝐃 𝐃𝐫𝐚𝐰𝐢𝐧𝐠! At Profielnorm USA, we understand how crucial it is to visualize your mezzanine project before it comes to life. That's why we're offering 3D drawings alongside our quotes! These drawings allow you to see exactly how your mezzanine will fit within your warehouse or facility, giving you a clear picture of the final outcome. Whether you're planning a small addition or a large-scale installation, a 3D drawing ensures that every detail aligns with your needs and expectations. Check out an example below to see the difference it can make! https://autode.sk/4doHmeK Ready to turn your vision into reality? Ask your Sales Rep for a 3D drawing today! #ProfielnormUSA #Mezzanine #WarehouseDesign #3DModeling #Visualization #buildingtrust

architectural 3D printing/additive manufacture is the future of construction

"21 Tools Every Product Designer Needs" Throughout my 25-year design journey, I've continuously acquired a variety of essential tools as they became necessary for different projects. Over time, some tools were lost, likely due to their small size, but after years of use, I've identified 21 essential tools that a product designer simply can't function without. These include "Vernier caliper, screw gauge, steel ruler, folding ruler, rotary measuring ruler, set squares, measuring tapes, thickness gauges for bovine hides and ovine skins, magnifying glass, pic glass, compasses, scissors, staplers, pencil sharpener, eraser, staple pins, a technical levelling tool pen, DST/Scotch tapes, and even an extra pair of reading glasses." In my new Design Studio, I finally found a pegboard that’s the perfect size to give each of these tools a dedicated place. I call them my ‘MINI-ESSENTIALS.' Now, I’ll never have to worry about missing something during a design or development discussion—they’re all right there, ready when I need them!! #StudioSRZ #OneFineLeather #DesignEssentials #CreativeStudio #ProductDesign #ProductDevelopment #DesignJourney #DesignersTools #ToolsOfTheTrade #EssentialTools

What design considerations are needed to 3D print a part with binder jetting? How do you calculate shrinkage? What wall thickness or aspect ratios can you print? How do you design text features? Learn all this and more by downloading the Binder Jet Design Guide: https://bit.ly/3Pn3Mmo

Inslogic 3D Matte PLA filament ensures easy usage, with enhanced layer adhesion and minimal warping for consistent prints. Its fine details, textured matte finish, durability, and vibrant color consistency elevate #3dprinting performance. It’s an ideal choice for #architecture model applications. 🖨️ inslogic3d.com #inslogic #inslogic3d #additivemanufacturing #3dprints #3dprintingservice #3dprintingindustry #impression3d #3dprintable #3dmodels #3dmodel #objectdesign #3dfilament #3dprinterfilament

🛠️ The Art of Machining a Skull Design 🔧 Block Preparation 🧱: Begin with a solid block of material. This serves as the foundation for the skull design, and careful preparation ensures stability throughout the machining process. A well-prepared block is key to achieving the intricate details of the skull. 🎯 Rough Machining ⚒️: Start by removing excess material to reveal the basic shape of the skull. This stage involves heavy cutting to define the overall contours and features. Precision at this step lays the groundwork for the finer details that follow. 🧠 Detail Refinement 🔍: With the basic shape in place, the next step is to refine the features of the skull, such as the eye sockets, nose cavity, and jawline. This stage requires a careful balance of material removal and detail preservation, ensuring the skull’s characteristic features are well-defined. 🦴 Surface Detailing 🎨: Once the main features are machined, it’s time to focus on the finer details. This may include adding texture to the bone surface, enhancing the depth of cavities, and bringing out the intricate design elements that make the skull unique. ✨ Finishing Touches 🌟: Finally, surface finishing techniques like polishing, sandblasting, or even anodizing can be applied to give the skull its final appearance. The finishing process not only enhances the aesthetic appeal but also ensures durability and protection of the machined design. 🛠️ #CNC #Manufacturing #PrecisionMachining #Engineering #machining #cncmachining #Design #AdditiveManufacturing #Makers #Automation #PrecisionEngineering #5AxisCNC

#rollpassdesign #lifehack As a rule, the rolling sequence is placed on large sheets of A1 or even A0 format. Working with such a scheme is not always convenient. But there is an alternative. A large scheme can be reduced to a small table, where the groove designations will be given. Cells with the same grooves can be colored in the same color. This coloring greatly enhances the visibility of the scheme. You can print it on a color printer or color it by hand. Such a table can be put in your pocket and always have with you. I always use such tables and recommend it to everyone - it is very convenient. Roll Pass Design order - https://lnkd.in/dE8VG-JX