The (re)coating process is a crucial part of storage tank maintenance, and it is typically laborious and time-consuming. With our innovative coating solution, we continue creating value for asset owners by ensuring the application process is done with high speed, great accuracy, and maximum safety standards. The benefits of using our 10Q coating robot for your coating operation: 🔹 Enhanced efficiency: The 10Q coating robot can reach a consistent coating speed of up to 200 m2/h, reducing asset downtime. 🔹 Superior quality: compared to traditional methods, our precision coating technology ensures superior paint quality and adherence, leading to longer-lasting coatings and potentially fewer maintenance requirements for your assets. 🔹 Improved safety: By cutting work hours at height up to 80%, the 10Q robot minimizes safety risks associated with elevated tasks. Do you want to have the 10Q coating robot featured in your upcoming maintenance project? Contact us today: https://lnkd.in/gDaN88QW #throwbackThursday #10Q #robotics #coatings #technology #innovation
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Afribold Quantum Opulence Trading Robot https://lnkd.in/dx3vniiv (Click the link- download free demo) Quantum-powered precision: Cutting-edge trading algorithms, trained on vast troves of historical data and real-time market movements, predicts price fluctuations with unrivaled accuracy for maximum profit.
🤖Technology Wednesday🤖 ❗ Robot Coating Tanks❗ Coating tanks is crucial to prevent corrosion, extend lifespan, and maintain structural integrity. Can robots help with this operation? Qlayers 10Q paint robot transforms the manual method of coating large-scale storage tanks into a semi-automated, efficient, and safe process. How it can help? ✅ Enhanced safety: The 10Q robot decreases working hours at elevated positions by 80%. ✅ Robot significantly reduces the release of paint particles into the air, making it an environmentally friendly coating process. ✅ With a coating speed reaching up to 200 m2/h, the 10Q robot surpasses manual rolling by a sixfold margin. Great solution for safer work and for environment! What's your thoughts? #robotics #innovation #technology
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How to operate robotic waterjet cutting Machine? Operating a robotic waterjet cutting machine involves several steps:#waterjet #water #waterjetcutting #abb #robot #robotics #pump 1. Preparation: Ensure the machine is correctly set up, including checking the abrasive supply (if applicable), water supply, and machine components. Make sure safety measures are in place, including protective gear for operators. 2. Material Setup: Place the material to be cut on the cutting table securely, ensuring it's correctly aligned and fixed in place using clamps or other securing mechanisms. 3. Program Initialization: Load the cutting program into the machine's control system. This program specifies the cutting path, speed, and other parameters based on the design requirements. 4. Machine Startup: Turn on the machine and follow the startup procedures outlined in the machine's manual. Ensure all systems are functioning correctly, including the high-pressure pump, robotic arm, and cutting head. 5. Calibration: Perform any necessary calibration procedures to ensure the machine is accurately positioned and aligned with the material to be cut. 6. Start Cutting: Initiate the cutting process according to the programmed parameters. The robotic arm will move the cutting head along the specified path, and the high-pressure waterjet (with or without abrasives) will cut through the material. 7. Monitoring and Adjustments: Continuously monitor the cutting process for accuracy and quality. Make any necessary adjustments to the cutting parameters if deviations or issues arise during cutting. 8. Safety Protocols: Ensure adherence to safety protocols throughout the operation, including emergency stop procedures and regular checks for any potential hazards. 9. Post-Cutting Checks: Once cutting is complete, inspect the cut parts for accuracy and quality. Remove the cut material from the table safely. 10. Shutdown Procedures: Follow the machine's shutdown procedures outlined in the manual to power down the system safely. Training and familiarity with the specific machine's operations, along with adherence to safety guidelines, are crucial for efficiently and safely operating a robotic waterjet cutting machine. Always refer to the machine's user manual and receive proper training before operation. More information please contact by email:junh@wwcut.com junh@wwaterjet.com Web:www.wwaterjet.com https://lnkd.in/gJbwSU8U
How to operate robotic waterjet cutting Machine?
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🤖Technology Wednesday🤖 ❗ Robot Coating Tanks❗ Coating tanks is crucial to prevent corrosion, extend lifespan, and maintain structural integrity. Can robots help with this operation? Qlayers 10Q paint robot transforms the manual method of coating large-scale storage tanks into a semi-automated, efficient, and safe process. How it can help? ✅ Enhanced safety: The 10Q robot decreases working hours at elevated positions by 80%. ✅ Robot significantly reduces the release of paint particles into the air, making it an environmentally friendly coating process. ✅ With a coating speed reaching up to 200 m2/h, the 10Q robot surpasses manual rolling by a sixfold margin. Great solution for safer work and for environment! What's your thoughts? #robotics #innovation #technology
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Chief Executive Officer @ LAING International Machine Tools and Digital Technology | Industrial Automation, Information Technology
Robotic Tank Coating is Improving Safety, Cost Savings, Environment and Efficiency 🚀Follow Ethen for the latest insights in AI and tech innovations
🤖Technology Wednesday🤖 ❗ Robot Coating Tanks❗ Coating tanks is crucial to prevent corrosion, extend lifespan, and maintain structural integrity. Can robots help with this operation? Qlayers 10Q paint robot transforms the manual method of coating large-scale storage tanks into a semi-automated, efficient, and safe process. How it can help? ✅ Enhanced safety: The 10Q robot decreases working hours at elevated positions by 80%. ✅ Robot significantly reduces the release of paint particles into the air, making it an environmentally friendly coating process. ✅ With a coating speed reaching up to 200 m2/h, the 10Q robot surpasses manual rolling by a sixfold margin. Great solution for safer work and for environment! What's your thoughts? #robotics #innovation #technology
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𝐇𝐚𝐯𝐞 𝐲𝐨𝐮 𝐞𝐯𝐞𝐫 𝐰𝐨𝐧𝐝𝐞𝐫𝐞𝐝 𝐡𝐨𝐰 𝐟𝐚𝐬𝐭 𝐨𝐮𝐫 𝟏𝟎𝐐 𝐜𝐨𝐚𝐭𝐢𝐧𝐠 𝐫𝐨𝐛𝐨𝐭 𝐜𝐚𝐧 𝐜𝐨𝐚𝐭? In this FAQ series episode, our Head of Automation, Jan-Willem Damsteeg, discusses the coating speed of our 10Q robot and explains how other parameters, such as tank height, may influence it. The 10Q is Qlayers' first commercial robot, allowing contractors to increase the productivity and efficiency of coating maintenance projects by using a high-speed robotic solution to paint bulk liquid storage tanks. Increasing coating application speed can benefit both asset owners and coating contractors by reducing project duration and asset downtime. 📨Do you have any questions regarding our coating robots or their specifications? Connect with us via https://lnkd.in/gDaN88QW #10Q #Coatings #Robotics
FAQ Series | How does the tank height influence the robot's coating speed?
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Our Lightweight Robot Grip is engineered to enhance your automation processes, making it a robust and efficient solution for your manufacturing needs. Key Features: ✔ Sturdy and Compact: Occupies minimal space with just the essential exposed cables to avoid them getting caught or broken and causing production stoppages. ✔Modular and Standard Design: Composed of few components, making it easy to design and quick to assemble. ✔ Lighter: made up of technopolymer structural components. ✔ High-Force Pneumatic Clamps: Capable of up to 292 daN force. Discover how our Lightweight Robot Grip can revolutionize your automation processes here: https://lnkd.in/dX3R5fXj #Automation #Robotics #Manufacturing #Engineering #Productivity #Innovation
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Our Robot accessories welcome the challenges of any application! Zimmer Group’s tool changers are essential components in automation and manufacturing processes and feature a wide array of robot accessories – manual, pneumatic and automatic tool changers – that factor in a modular approach to design, enabling custom configurations for process automation. Our tool changers enable robotic systems to switch between different tools or end-effectors seamlessly, enhancing efficiency and versatility. Bachmann Engineering AG has developed a system for automatic stud welding on aluminum doors of distribution cabinets, incorporating multiple automatic pneumatic tool changers from our WWR series, along with a UR10e robot from Universal Robots. 🤖⚙️ Key Features: ✔️ Secure locking, even during pressure drops ✔️ Extremely flat design leads to a reduced moment load on the robot ✔️ An unlimited 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 tool changers of the WWR series. Learn more here 👉 https://lnkd.in/eWDrtSPi #ZimmerGroup #THEKNOWHOWFACTORY #automation #robotics #toolchanging #toolchanger #handling
Zimmer Group and Bachmann Engineering
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Why not automate your production process? 🤖 😯 This is one of the BEST WAYS to automate short and long batches 😯 There is a type of Gantry Loader for each production needs, and we have them all: ⭐️ GL 6. Capacity to move two 3 kg pieces. ⭐️ GL 20. Capacity to move two 10 kg pieces. ⭐️ GL 100. Capacity to move two 50 kg pieces. It has many advantages compared to anthropomorphic robots: ✅️ Cheaper. ✅️ More ergonomic. ✅️ Faster. Moreover, the software is very intuitive and has been developed so that the user has to input the minimum amount of information, making the cycle work in all cases 🔡💻️ ♾️ INFINITE AUTOMATION POSSIBILITIES ♾️ Want to know more about this solution? Find out more in our website! 👉🏻 https://lnkd.in/dPJHnVqq #cmz #cnclathes #turningtheworld #cnc #automation
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Enhancing label application and carrier film removal in assembly processes 🦾 MPA Technology GmbH's smart solution for the assembly of electronical modules focused on ensuring reliable labelling and controlled disposal of carrier material post-labeling in a side application, streamlining the process. Gripping and handling labels can be tricky, but the innovative approach incorporated adaptive gripping mechanisms, alongside precision positioning with ABB Robotics' 6-axis robot and our MGP800 gripper series. ✅ The pneumatic gripper with optionally integrable position sensing offers up to 10 million maintenance-free cycles, ensuring reliable operation crucial for labelling. Crafted with ground surfaced and hardened steel jaws for durability and precision, it provides 40% more power than the benchmark for superior gripping performance. The compact design is ideal for seamless integration into the setup. The solution tackled the challenge of enhancing label application and removal of the carrier film in a complex mountin process with our MGP800 as a core feature. Thanks to MPA Technology GmbH for the video. You'd like to find out more about our powerful gripper series? Then have a look here 👉 https://ow.ly/C6Jw50ShPyA #ZimmerGroup #THEKNOWHOWFACTORY #robotics #grippers #automation #assembly #handling
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How to choose a robotic waterjet cutting machine suitable for your industry? Choosing a robotic waterjet cutting machine suitable for your industry involves considering several key factors:#waterjet #water #waterjetcutting #abrasive #abb #robot #robotics #pump 1. Cutting Requirements: Assess your industry's specific cutting needs, such as material types, thicknesses, and desired precision. Ensure the machine can handle the materials commonly used in your industry. 2. Accuracy and Precision: Look for machines with high precision capabilities and advanced software for intricate designs if precision cutting is crucial in your industry. 3. Cutting Speed: Consider the required cutting speeds for your industry's production demands. Some machines may have faster cutting rates than others. 4. Robotic Features: Evaluate the robotic system's capabilities, such as multi-axis cutting, articulation range, and versatility in handling complex shapes or angles. 5. Ease of Use and Programming: Choose a machine with user-friendly interfaces and intuitive programming software. This is crucial for efficient operation and quick adaptation by your workforce. 6. Maintenance and Support: Assess the machine's maintenance requirements and the availability of technical support or service from the manufacturer or supplier. 7. Safety Features: Ensure the machine has adequate safety mechanisms to protect operators and prevent accidents during operation. 8. Customization Options: Look for machines that offer customization options to meet specific industry needs or future expansions. More information please contact by email:junh@wwcut.com junh@wwaterjet.com Web:www.wwaterjet.com https://lnkd.in/gvnzSHYg
How to choose a robotic waterjet cutting machine suitable for your industry?
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