Hard-to-read or inconsistently placed labels slow down customers and downstream operations. Robotically labeling unitized cases is nice because the robot can verify that the label is readable before sending the load to the next operation.
Robotic Case Labeling Integrating a modular robotic case labeler after stretch wrapping is a great best practice and a standard part of our Build & Pack design platform. Autotec Solutions
Cobots excel in assembly processes by leveraging their precision, dexterity, and collaborative capabilities. Whether it's assembling intricate electronics, delicate medical devices, or complex machinery, cobots navigate through assembly tasks with remarkable accuracy and efficiency. #cobots #robotics #manufacturing #automation #accuracy
Strategic HR Business Partner * Talent Management Leader * Organizational Development Focus
#Cobots are designed to work safely alongside humans on factory floors. Alexander Megej, VP and CTO at TE Connectivity, shares insights on how cobots differ from traditional industrial robots and their role in advancing factory automation. Discover more about the benefits of cobots in #manufacturing processes: #factoryautomation #collaborativerobots
#Cobots are designed to work safely alongside humans on factory floors. Alexander Megej, VP and CTO at TE Connectivity, shares insights on how cobots differ from traditional industrial robots and their role in advancing factory automation. Discover more about the benefits of cobots in #manufacturing processes: #factoryautomation #collaborativerobots
Automated Pick and Place Machines are essential in modern manufacturing for tasks like installation, packaging, and sorting. GIT enhance efficiency and quality with advanced sensors and robotic arms, performing precise operations from positioning to placement. find us from the following link #automated pick and place
#Cobots are designed to work safely alongside humans on factory floors. Alexander Megej, VP and CTO at TE Connectivity, shares insights on how cobots differ from traditional industrial robots and their role in advancing factory automation. Discover more about the benefits of cobots in #manufacturing processes: #factoryautomation #collaborativerobots
Product Marketing Management | Divers & Virtual Teams | Strategy | Products & Solutions
#Cobots are designed to work safely alongside humans on factory floors. Alexander Megej, VP and CTO at TE Connectivity, shares insights on how cobots differ from traditional industrial robots and their role in advancing factory automation. Discover more about the benefits of cobots in #manufacturing processes: #factoryautomation #collaborativerobots
#Cobots are designed to work safely alongside humans on factory floors. Alexander Megej, VP and CTO at TE Connectivity, shares insights on how cobots differ from traditional industrial robots and their role in advancing factory automation. Discover more about the benefits of cobots in #manufacturing processes: #factoryautomation #collaborativerobots
🤖 RIL Drop-Point N3 Prototype 📍 GreyOrange / Sistemo Intralogistics bots, representing the future of warehouse automation, have become increasingly popular. However, all automation processes require peripheral hardware to function properly. An essential component for the effective operation of these bots is the pallet drop-point, a small station designed for pallet picking and placing by the RIL bots. In this post, I share my design proposal aimed at replacing the current drop-point model with a safer, easier-to-install, and more appealing design. Keypoints: 1. Simplified manufacturing: Utilizing a jigsaw design with laser-cut parts streamlines the manufacturing process. 2. Enhanced safety: The solid design features a central opening that allows operators to access emergency buttons on all sides easily ensuring safety during operation. 3. Improved installation: With fewer parts and a modular approach, installation processes become faster, leading to significant reductions in installation times. To guarantee structural integrity, I conducted extensive non-linear finite element analysis (FEA) simulations, resulting in an overall safety factor (FS) of 15 throughout the complete structure and a minimal displacement of 0.6 mm when supporting a load of 1 ton (1000 kg). #Milestone #Innovation #Robotics #Intralogistics #Automation #Project #AI #Machinelearning #FEA #Design
