ADAXIS’ Post

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

CAB Hermes Q with 4114 Stroke Applicator Labels very small or midsized can be applied in real time from all sides The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by a short stroke cylinder, the pad is brought into position in horizontal direction. The label is transferred to a product by a stroke cylinder. The length of the stroke cylinder defines the maximum distance of a product to the peel-off plate #electricalengineering #electronicsmanufacturing #printingsolutions #automation #factoryautomation #modernization #realtimedata #variabledataprinting #robotics #workflow #aerospacemanufacturing #chipset #mobilephone

The assembly of medical products is more in demand than ever. The depicted dial machine has all custom designed stations for assembly and testing, based on a standard design paradigm. Only two parts and a label were combined on this machine to create a specimen collection assembly; however, orientation, location of features, and print were critical. Vision systems transferred information to the 4-axis FANUC SCARA robots, which then oriented and aligned the top cover with the base. This machine can be easily upgraded to double output simply by changing nests on the dial and adding a second labeler. Check out our new video demonstrating optimized assembly capabilities and let us know if you would like to discuss a custom solution for streamlining your production! #CustomAutomation #FANUC #Robotics

Watch our Robotic Inkjet Stencil System in action! Our custom end-of-arm tool, powered by a FANUC robot and REA JET inkjet, applies customer logos and product info with precision. Using advanced sensors, the system automatically calculates the height and position for seamless stenciling. Check out this video and just see how we're revolutionizing product marking! Learn more about the automated systems we're creating here: https://lnkd.in/gF22enBM #PRETEC #automatedsolutions #roboticsintegrator #automation #robotics #manufacturing #robot #technology #engineering #programming

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

Introducing Part 2 of our #SmartSkillsSeries: 3D Assembly Navigation! During the assembly process, our technology uses stereo vision and our 3D model to identify the 6 Degrees of Freedom (6DOF) pose of each part for assembly. With the 6DOF pose, our robots can make real-time adjustments to their position and orientation mid-assembly. Whether parts are tilted or even double-stacked on top of one another in extreme cases, our robots instantly handle changes in the assembly line for ultimate agility. Witness our robots in action as they make these adjustments live, showcasing the flexible assembly capabilities that set our technology apart. More to come on insights into our #SmartSkills. We’re just getting started on showing how our automation brings flexible assembly to the next level. 🚀 #BrightMachines #Innovation #ManufacturingTechnology #3DVision #Automation #FlexibleAssembly

3D scanning measurement robot #scanningrobot #3Dscanning #robotic #measurement #automation #steelproducts #steelindustry

🗻 The challenge: Pitch AMT - The Association For Manufacturing Technology in 5 minutes at the ARM Institute New Member Exchange. ⏱ The result: 5 minutes, 8 seconds. Whew!! I loved this event and so appreciate the space that ARM Institute creates for new members and our tech ecosystem. 🚀 If you're curious about #AMT or ready for a refresher, check out the following summary (5:08 to be exact) of news you can use. #mfg #industry40 #i40 #iiot #imts #imts2024 #cnc #robotics #automation #additivemanufacturing #3dprinting #cadcam

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

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