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Our FWR series of tool changers enables robotic systems to switch between different tools or end effectors seamlessly - improving efficiency and versatility. Tool changers like our FWR series are indispensable components in all manufacturing and automation environments, from industrial production to CNC processing. Key features of our FWR series:    ✅ Automated tool change possible with no external activation or manual tool change, depending on the application ✅ Mechanical tool change when retracting to the storage station, without additional power supply ✅ Optional energy elements for media transfer ✅ 4 integrated pneumatic feed-throughs ✅ Suitable for low to medium loads   Find out more here 👉 https://lnkd.in/ed9a68fk #ZimmerGroup #THEKNOWHOWFACTORY #toolchangers #robotics #automation #handling

Looking for a large robot? Add muscle to your operation with Sepro Group !   When it comes to handling heavy-duty tasks with precision and power, Sepro's large robots are designed to meet the most demanding manufacturing challenges. Choose between our three top-tier large robot lines and get a robot that’s up to the task. 🦾   🔹 S7 Line: Reliable, fast and accurate, the S7 robots deliver precise performance and adaptability for any production line.   🔹 7X Line: Combining the power of a Cartesian robot with the flexibility of a 6-axis wrist, the 7X line is perfect for handling technically demanding parts that require enhanced precision.   🔹 Strong Line: These 3-axis robots live up to their name and are an efficient and reliable solution for all pick-and-place and stacking applications.   Each of these lines can transform your production capabilities. Which one is the best fit for your operation? Reach out to our team of automation experts to find out.   📲 Learn more: https://lnkd.in/e-xdf233   #Robotics #Automation #Manufacturing #SeproGroup #Plastics

Why is my robot joint offset important❓ Joint offset is the difference between the expected position of a robot joint and its actual position. Some amount of joint offset will occur in most industrial robots, including six-axis robots. Factors like tolerances in a robot’s manufacture or wear and tear will cause it. Over time, a robot’s movements will become more inaccurate as its joints drift from their expected positions. The robot will start to perform tasks further from where it needs to. To improve your six-axis robot accuracy, you can calibrate its joint positions with RCS T-90 and RCS Software Suite. In a dedicated test, identify the offset of your robot’s joints. With the results, you can set your robot's position to compensate for the offset. Reducing a robot's joint offset will help to improve the quality and efficiency of its work. Contact our team to learn more today 💬 https://lnkd.in/eM6ZXB8y #JointOffset #RobotSoftware #AdvancingAutomation #IndustrialAutomation #IndustrialRobotics

🚀 Boosting Efficiency and Safety in CNC Operations with Collaborative Robots! 🤖 In this video, we showcase how the Omron collaborative robot enhances CNC machine tending applications. By automating routine tasks, cobots not only increase production efficiency but also improve workplace safety by taking on repetitive and potentially hazardous operations. Watch how seamlessly the cobot integrates into the workflow, demonstrating the power of advanced robotics in modern manufacturing. From precise loading and unloading to real-time monitoring, this is the future of industrial automation! 🔧✨ Ready to explore the benefits of cobots in your operations? Dive into the world of robotics and see the transformation! https://lnkd.in/eQwtrGTq #IndustrialAutomation #Machinetending #SmartManufacturing #Robotics #Omron #Efficiency #Safety #ManufacturingInnovation #Industry40

PSA Systems designed and built a library storage and retrieval system for electric car batteries. By creating an enclosed shelving system around ABB’s IRB4600 robot, it maximizes storage space while keeping all work done by the robot contained within an enclosed cell. The shelves were designed with a series of slots and trays which allows it to hold over 6,000 batteries at a time. This cell is integrated with a 30 foot custom built and servo operated (2) level conveyor that allows for infeed as well as discharge from the cell. The batteries move to the robot via conveyor, get scanned with an integrated barcode system, are placed in the coordinating slot on the shelves. The bar code and slot information is stored together in the control system. When the robot must retrieve a battery, it picks it from the shelf, scans the barcode to ensure it has picked the right battery, and then will place it on the discharge conveyor moving away from the cell. All doors to the cell are integrated with the safety system to require a powering down of the cell before any person enters for cleaning, maintenance or to manually pick a battery. 📌 Visit our website psasystems.com #robotics #automation

PSA Systems designed and built a library storage and retrieval system for electric car batteries. By creating an enclosed shelving system around ABB’s IRB4600 robot, it maximizes storage space while keeping all work done by the robot contained within an enclosed cell. The shelves were designed with a series of slots and trays which allows it to hold over 6,000 batteries at a time. This cell is integrated with a 30 foot custom built and servo operated (2) level conveyor that allows for infeed as well as discharge from the cell. The batteries move to the robot via conveyor, get scanned with an integrated barcode system, are placed in the coordinating slot on the shelves. The bar code and slot information is stored together in the control system. When the robot must retrieve a battery, it picks it from the shelf, scans the barcode to ensure it has picked the right battery, and then will place it on the discharge conveyor moving away from the cell. All doors to the cell are integrated with the safety system to require a powering down of the cell before any person enters for cleaning, maintenance or to manually pick a battery. 📌 Visit our website psasystems.com #robotics #automation

The tool changers of our WWR series are essential components in automation and manufacturing processes. The WWR series enables robotic systems to switch between different tools or end effectors seamlessly, enhancing efficiency and versatility. WEIDPLAS GmbH has developed a system incorporating multiple automatic pneumatic WWR125 tool changers from our WWR series, along with a robot from KUKA 🤖⚙️ Key Features:  ✅ Secure grip, even during pressure drops  ✅ Reduced moment load due to an extremely flat design  ✅ An inexhaustible variety of media transfer systems  ✅ Quick adaptation to changing production requirements Improve your productivity and handle a wide range of tasks without manual intervention today with our pneumatic tool changers of the WWR series. Find out more here 👉https://lnkd.in/eG7dy4yQ #ZimmerGroup #THEKNOWHOWFACTORY #automation #robotics #toolchangers #handling

At TPC Mechatronics Corp. Mechatronics, we’re simplifying automation with the AMMR (Autonomous Mobile Manipulation Robot) Cloning Solution, powered by Techman Robot. This innovative system enables businesses to clone robot programs across multiple units in minutes, making scaling up faster, easier, and more efficient. Here’s what it means for you: Consistent Performance: Every cloned robot follows the same path, reducing errors and delivering uniform results. Increased Efficiency: Say goodbye to manual adjustments, allowing your team to focus on productivity. With visual calibration and automatic corrections, our solution eliminates the time-intensive work of traditional robot deployment. Ready to build a scalable, synchronized robot fleet? Learn more at tpcpage.co.kr #smartfactory #automation #robotics #manufacturinginnovation #efficiency

Maximizing Production Line Efficiency Top Strategies for Packaging Engineers Integrate Automation and Robotics (Increase Productivity by 30%) The adoption of automation and robotics in packaging lines can lead to a dramatic increase in productivity. Automated systems and robots can operate 24/7, performing tasks faster and with greater precision than human workers. This shift not only boosts productivity by up to 30% but also reduces the likelihood of human error, as reported by the Robotics Industries Association. See full article: https://lnkd.in/eM37sHf6 #aesus #packagingequipment #packagingengineer #foodmanufacturing

Industry 4.0 marks a revolutionary leap in manufacturing through the seamless integration of digital technology, automation, and data exchange. At the heart of this transformation is advanced robotics, which significantly improves precision, efficiency, and adaptability on the production floor. Seen in the video I attached, I had the exciting opportunity to operate a Mitsubishi Vertical Robot RV-F, which demonstrates how advanced robotics can streamline complex tasks, increase production speed, and maintain consistent quality. This hands-on experience underscores the huge impact robotics can have in driving smarter, more agile manufacturing processes. #mechatronic #engineering #robotarm #robotic #mitsubishi #industry