Vikram Ahuja’s Post

How many people can say they are drowning in their work, and enjoy it? Things you can do when you have a 3D printer, good IP and a great team! #KeepROVing #AssetManagement #UnderwaterData #ArtificialIntelligence #Robotics

💡 FAQ Friday: How much does one complete pib weigh approximately? ✅ The answer: The 3D printed parts alone weigh about 4kg. Add the non-printable parts such as motors, screws, etc. and one complete pib weighs approximately 6.5kg! That is without the stand or (later on) a drive for pib. 👉 Got more questions? Join our Discord community (Link in Bio) and ask away! #pibrocks #3dprinting #robotics #makersmovement #3dprintedrobot #discord

Introducing Radial 360. Discover precision in Robotic Additive Manufacturing with #AdaOne's Radial 360 Slicing. This feature creates optimal radial tool paths, making it possible to wrap layers around cylindrical surfaces. Perfect for intricate parts and complex objects like screws and impellers, Radial 360 dynamically adjusts slicing planes for adaptability. Effortlessly import your part into AdaOne, extract the cylinder substrate, and simulate tool paths for a clear understanding of the deposition process. #additivemanufacturing #3dprinting #robotics #software #innovation

Introducing Layer Heights Edition.   This feature enables users to adjust layer heights dynamically to accommodate varying deposition conditions, ensuring optimal results across the entire part.   Take into account different thermal conditions for initial layers and make precise adjustments during path generation by locally adjusting layer heights to achieve consistent quality and efficiency in your manufacturing process.   How to use this feature:   - Generate your tool path as usual. - Click on the Edit Layer Heights button. - Choose to edit a single layer or multiple layers. - Enter the new layer height values as needed. - Regenerate a new tool path with the updated layer heights.   Unlock control and precision in Robotic Additive Manufacturing with #AdaOne. #Innovation #3Dprinting #robotics #AdditiveManufacturing

Unlocking precision and creativity with laser cutting.Our advanced laser cutting technology allows for intricate designs and high-quality finishes. Transform your ideas into reality with ThinkRobotics. #LaserCutting #PrecisionEngineering #MakersGonnaMake #FabLab #TechInnovation #CustomDesign #Engineering #SmartManufacturing #TechTrends #CNC #DigitalFabrication #MakersMovement #3DPrinting #Robotics #IndustrialDesign

In this sample, we use polymer deposition to build a textile composite that articulates in two directions. Check out the video clip: https://lnkd.in/e6yRUfd2 This sample shows parametric polymer deposition to create articulation geometry embedded within a dual-layer textile composite. The tension introduced to the planar textile distorts in the z-axis. #textile #3dprinting #robotics #parametric

Features of General Metal Additive Manufacturing: • Build Complexity: 1mm bead width and up. • Customization: Tailor-made solutions for specialized needs. • Cost-Effectiveness: Reduce overall production costs significantly. What feature of General MA intrigues you the most? #MetalAdditive #CustomManufacturing #TechTrends #robotics #3dprinting #metaladditivemanufacturing #kukapartner  #kuka #fronius #timelapse

Introducing Real-Time Reachability Analysis.   This advanced feature continuously checks for potential reachability and singularity problems as you modify tool paths or adjust interpolation settings. By providing immediate feedback, it helps you avoid costly errors and streamline the manufacturing process.   How to use this feature:   - Seamlessly import your part using the provided design file (STL or STP). - Generate your tool path. - Observe real-time feedback highlighting any reachability or singularity issues. - Make necessary adjustments with confidence, ensuring smooth and efficient machining. Enhance your workflow and achieve precision and efficiency with #AdaOne's Real-Time Reachability Analysis. #Innovation #3Dprinting #robotics #additivemanufacturing

Modex is a wrap! Let's dive into the top robots at the show, starting with #1 Ocado Technology. Seeing their bots without a cover gives a deeper insight into their often-overlooked mechanical design. Ocado used topology optimization and HP 3D printers to design a robot 5x lighter than its predecessors. Lighter robots = lighter grids. Lighter grids = faster & more flexible construction. #modex #robotics #Design

Walking down the memory lane, this image from last year's JEC show highlights our advancements in Automated Fiber Placement technologies. Demonstrating not just our prowess in 2D and 3D fiber placement for large parts but also the innovative approach to creating complex wound parts with thermosetand thermoplastics, traditionally impossible to do with standard filament winding systems. This showcases the possibilities of AFP in shaping the future of composites and beyond. #JEC #event #composites #additivemanufacturing #AFP #automatedmanufacturing #advancedmaterials #robotics #innovation #compositemanufacturing #automation #engineers #technology