Hybrid manufacturing meets robotics. At Hybrid Manufacturing Technologies, we’re redefining what robotic systems can achieve. By integrating AMBIT™ tool heads into industrial robots, manufacturers can combine additive, subtractive, and inspection processes, all in one flexible cell. ✅ Easy integration: Compatible with most robotic platforms using standard utilities. ✅ Minimal downtime: Fast, automatic tool changes keep production moving. ✅ High precision: Achieve consistent quality, reduced waste, and repeatable accuracy. ✅ Scalable flexibility: Perfect for repair, remanufacturing, or large-scale hybrid production. Our robotic hybrid solutions transform standard robots into versatile, future-ready manufacturing systems, bringing intelligence, adaptability, and precision to every move. 🔗 Explore how we’re shaping the future of smart manufacturing: www.hybrid-am.com #HybridManufacturing #SmartManufacturing #RobotIntegration #DED #LMD #AdditiveManufacturing #AdvancedManufacturing #Automation #ToolHeads #HybridManufacturingTechnologies #additve #additivemanufacturing #precision #subtractive #inspection #wedoitall #smartmanufacturing #lasermetaldeposition #directedenergydeposition #hybrid #precisionmachinesupplier #cnc #gantry #robot #AM

⭐️⭐️⭐️From Rough to Ready: Robotic Grinding Reimagined! Watch the FANUC M-10iD/12 robot — equipped with a custom-designed grinding head — automate the finishing of hardware components with unbeatable speed and consistency. No more hand grinding, no more variability. Just perfect parts, every time. ⚙️ Why Choose Robotic Grinding? ✅ Unmatched Repeatability: 0.02mm precision for uniform surface finish ✅ Designed for Your Part: Custom tooling for complex geometries ✅ High-Speed Execution: 12kg payload ideal for sustained grinding tasks ✅ Dust & Debris Resistant: Built to thrive in tough industrial environments 🚀 Key Benefits Delivered: ► 70% faster than manual finishing ► Eliminates repetitive strain injuries ► Consistent quality across high-volume batches 🌎As an ABB/KUKA/Yaskawa/FANUC/COBOT-systems integrator, [YM Robot] empowers with: 🔧 Custom robotic workcells 🔧 End-to-end production line automation 👀 Find your nearest Solutions and Support Center here: www.yanmingrobot.com/en #industrialrobot #robotarm #fanucrobotics #polishingrobot #metalfinishing #AutomationSolutions #Industry40 #FactoryAutomation #SmartManufacturing

🚀 New Robotic Application | Wheel Pick & Place Automation | CRP Robot Integration 🤖 Proud to share our latest simulation and real-time application developed using the CRP industrial robot, featuring a 900 mm reach and 7 kg payload capacity. This high-performance robot demonstrates an efficient pick-and-place process where it precisely picks a wheel component from the table and places it onto a conveyor belt with smooth and consistent motion. This application showcases how simulation technology and advanced robot programming can bridge the gap between virtual design and real-world automation. Through accurate path planning, payload analysis, and motion optimization, the robot ensures high repeatability and reliability in operation — key aspects for modern manufacturing. The simulation results validate cycle time efficiency, safety layouts, and end-effector performance before actual deployment, minimizing commissioning time and human errors. Projects like this highlight how robotics integration is transforming traditional assembly lines into smart, flexible, and high-performance automation systems. Excited to continue exploring more intelligent robotic solutions for industrial applications! #Robotics #Automation #CRPRobot #PickAndPlace #WheelAutomation #SmartManufacturing #IndustrialRobotics #RobotSimulation #Industry40 #Engineering #RobotIntegration #FactoryAutomation #Productivity #Innovation #RobotProgramming #SimulationToReality

It is fascinating how robots are increasingly used in industrial automation for performing repetitive tasks, while collaborative robots, also known as cobots, assist human operators in shared workspaces. Smart algorithms have made these robots highly efficient, often surpassing human performance in precision, consistency, and speed. This not only ensures uniform product quality but also sparks new ideas for future innovation. However, integrating software and hardware remains a complex challenge, involving issues such as interoperability among diverse systems, ensuring compatibility, and addressing scalability concerns. An agile workflow can be achieved through the integration of ABB robotic manipulators, 3D machine vision cameras, and the Robot Operating System (ROS), a combination that can significantly enhance factory automation and production processes. This union between hardware and software was successfully demonstrated in two real-world applications: automating the welding of looped steel hooks used for supermarket shelving and reinforcing steel mesh in concrete stair fabrication. Further software upgrades will help optimise communication and improve interoperability between different hardware and software systems. Such developments are reshaping the future of automation, or perhaps, more accurately, it is already evolving as we speak. All credit to the author, Steve Yuwono et al. https://lnkd.in/dz-Khmj9

What if there was standard software powerful enough to make robots run multiple machines with multi-op processes? What if out-of-the-box it could do automated changeovers for multiple different parts/jobs on multiple machines? Until now, it took man years of ladder logic or structured text… Not anymore. Not with Flexxbotics. Witness the difference between basic vs advanced robotic machine tending. Flexxbotics robotic production software has machine interfacing compatibility with over 1000 makes & models. And read/write for parameter setting and macro updates (aka “variables” if you’re in a semi fab) Advanced robotic machine tending expands the capabilities of basic robot part loading to enable the robot to operate multiple machines for a wider range of parts - including multiple work orders - in multi-step operations such as different ops, inspection & test, sorting, serialization, assembly, and more. Here are two different production deployments with Universal Robots running basic tending on a Doosan (on top)… and advanced (on bottom) with multiple ops on a range of machines: - Two FANUC America Corporation RoboDrills (Op 10 & Op 20) - Cleaning washdown & blowoff - ZEISS Group CMM automated inspection - FOBA Laser Marking + Engraving for Unique ID Everything working together in a coordinated cell. Standard Flexxbotics software powering both. Discover Flexxbotics robotic production software and find out how to 10x your projects right now https://lnkd.in/eT_BFYKf #RobotAutomation #SmartManufacturing #UniversalRobots #Industry40 #FANUC #SDA #AutomationTechnology

Flexxbotics Inc. is doing some really innovative work with Automous Process Control. Particularly important in industries like medical device and aerospace, where strict traceability requirements can get in the way of flexibility and part changeover.

#Roboticmachining for industry can be implemented with various high-class robots – check it out! 👇 MeteCNC® robotic solutions for machining different kinds of materials are available in three performance and pricing levels: 🦾 MeteCNC® ROB20 Standard with a KUKA robot is ideal for machining softer materials where ultra-precision isn't required. A smart starting point for gaining a long-term competitive edge. 🦾 MeteCNC® ROB30 Advanced with a Comau brings in a control package via Siemens’s SINUMERIK ONE system for increased machining performance and deeper functionality. Perfect for operations looking to scale up automation with confidence. 🦾 MeteCNC® ROB40 Premium is built for demanding production environments where precision, performance and versatility are crucial. It leverages the newest SINUMERIK MTR technology and integrates with autonox Robotics robots for truly advanced robotic machining. ✅ Every tier is Finnish-designed and built to support serial production across both small and large batches. ✅ From a modest investment to top-end robotic machining performance Metecno Oy helps you choose the right level. Ready to explore how robotic machining can transform your production? Read more on our website – link in the comments, and feel free to ask for more information!🔥 #roboticmachining #industrialautomation #MeteCNC #SINUMERIK #manufacturing #machining #serialproduction

So what does a Robotic Solution look like anyway? Simply put, a robotic solution for material removal has 3 key components that work together to create a powerful, reliable and efficient process: 🟩ROBOTIC ARM🟩 We work with elite robotics manufacturers like KUKA, FANUC America Corporation, Titan Robotics, Inc. to source world class robotic arm for your customized system. 🟩END-OF-ARM TOOLING🟩 PushCorp designs and manufactures end-of-arm (EOA) tooling that enhances the precision of a robotic arm. A typical system includes a robotic spindle and a force compliance device. Paired together they become a the robot's 'hand', allowing for high level dexterity and adaptability. 🟩PREMIUM CONSUMABLES🟩 Quality abrasives like those made by Walter Surface Technologies complement this system and are compatible with all PushCorp Automation Solutions such as GrindX, SandX and FinishX. Even the best robotic arm and end-of-arm tooling can be sabotaged by mediocre abrasives. Choose the best and your robotic system will deliver exceptional results. At PushCorp, we focus on what we do best: manufacturing world-class end of arm tools and connecting you with the right robotics and abrasives experts to get the job done. Through our experience and relationships, we can help you speed up the deployment of your robotic solution. Let's talk! #Automation #Robotics

In today’s industrial landscape, robotics is a cornerstone of automation, improving efficiency, reducing labor costs, and ensuring precision across sectors from automotive to electronics. However, the performance and reliability of any robot depend fundamentally on the precision of its components — and this is where CNC (Computer Numerical Control) machining plays a pivotal role. At ZE-TECH MOLD, we understand that CNC is not just a manufacturing method — it’s the foundation for robot accuracy, repeatability, and longevity. 🌍 www.zetechmold.com 📧 info@zetechmold.com Want to see the full case study with data charts and detailed process? 👉 [Read the full article here：https://lnkd.in/d9X2aNtx] #CNCMachining #RoboticsManufacturing #PrecisionEngineering #5AxisMachining #RobotComponents #Automation #IndustrialRobotics #CollaborativeRobots #Repeatability #Accuracy #AluminumMachining #TitaniumCNC #StainlessSteelParts #EndEffectors #GearboxManufacturing #ZEtechMold #EngineeringSolutions #AdvancedManufacturing #SmartFactory #Industry40