Akshay Khamkar 🇮🇳’s Post

Important safety measures in robotic cells: 🛡️Always wear appropriate personal protective equipment (PPE), including safety glasses, helmets, gloves, and steel-toed boots, to minimize the risk of injury in case of accidents. 🛡️Implement proper training programs for all personnel working with or around robots to ensure they understand the potential hazards and know how to operate machinery safely. 🛡️Regularly inspect and maintain robotic equipment, including sensors, actuators, and emergency stop mechanisms, to prevent malfunctions and reduce the likelihood of accidents. 🛡️Establish clear protocols for communication and coordination between human operators and robotic systems to avoid misunderstandings and minimize the risk of collisions or other incidents. 🛡️Design robotic workspaces with safety in mind, incorporating features such as physical barriers, safety zones, and restricted access areas to prevent unauthorized entry and protect workers from harm.

Safety is must!

This is how engineers are programming and designing without conerning safety, and that technician really need machinery safety training.

Robotic arms play a pivotal role in modern automation, proving their worth across various industries, especially in manufacturing. Their adaptability and precision make them indispensable for streamlining production processes. #Safety is paramount when integrating robotic arms into single and multi-axis technology. Operator safety and smooth production processes rely on safe braking mechanisms. SG Transmission’s Spring Applied and Permanent Magnet Brakes: •Permanent Magnet Brakes are backlash-free, making them perfect for precise positioning. They eliminate any play, ensuring accurate movements. •Spring Applied Brakes are fail-safe and have low inertia, these brakes provide reliable stopping. •Both types of brakes are designed to function even when the power is off, securing the arm in place during unexpected power failures. They can be #customized to be #lightweight and #compact, meeting the dimensional requirements of #robotic arms. Robotic technology spans a wide range of movements and sizes. Recognizing this, we specialize in designing unique, application-based solutions. Whether it’s pick-and-place, #packaging, or #medical applications, our high-performance #electromagnetic safety brakes can be tailored to fit any robotic system. https://lnkd.in/eVziRJ6p Safety and efficiency go hand in hand in the world of robotics. At SG Transmission, we’re committed to delivering reliable solutions for your specific needs. 🤖 #brakes #robots #agv #amr #permanentmagnetbrake #springapppliedbrake #Bremsen #permanentmagnetbremsen #federkraftbremse #manipulatorarms #robotics #industries #Medical #lowprofilebrakes #pickandplace #packaging #machinesafety #industrialbrake #automation #electromagnetic #brakingapplications #robots #machinetools #collaborativerobots #industrialrobots 

Invisible safety fences are a must when palletizing with robotics and automation. Their sole purpose is to create an invisible barrier that senses things or people entering the "fenced" area.   Made up of an array of infrared light beams sent from an emitter to a receiver, invisible safety fences create an invisible grid in a specific area. Constantly monitored, when a beam of light is broken, the system safely stops the robot's movement, protecting the person or object that is now in the area.   Check out these advantages of using invisible safety fences while palletizing. They: 🔺 Protect. By creating virtual barriers, workers who need to enter the area are safe. 🔺 Flex. Safety fences can be easily repositioned as things on the floor change. 🔺 Save. Workers don't have to deal with opening or closing physical gates, so they can focus on getting the job done, saving labor costs.   Our partner, SICK Sensor Intelligence, unites personal safety and productivity with robot safety systems. Contact us to learn more: 🔺 https://lnkd.in/gpF6dHcC   #safety #robotics #automation

Today, our team delivered the Final Report on our project, the ‘Robotic Claw Machine’ . Robotics stands out as a leading technology, encompassing the design, functioning, and applications of computer systems for control and information processing, making it integral to various industries. Robotic arms, distinguished by their ability to replicate human arm movements, offer heightened precision and speed in executing diverse tasks. In contemporary settings, robotic arms find extensive use in industrial automation, with applications ranging from material handling to assembly and testing. A pick and place robotic claw emerges as a remarkably versatile machine, progressively assuming a pivotal role in modern manufacturing and assembly operations. It is meticulously designed for the adept handling and transfer of small parts and components. In essence, our robotic claw machine operates as a pick and place robotic device, utilizing a comparator IC LM324 and an H-Bridge configuration to drive the motor in both clockwise and anti-clockwise directions. Our journey with this project was enriching, marked by an exceptional response from our esteemed associate professors and students. #robotics #roboticarm #control #innovation

How #robots work in pick and place 🤖 The pick and place process, critical for electronics #manufacturing, can now be optimised through robotic automation. Components as small as 01005 chips can be reliably handled without errors. Cameras and grippers working in tandem allow #components to be identified and grasped with micrometer precision. Unique vision algorithms distinguish between similar parts, while vacuum or gripper technologies securely ferry even the delicate items between tape and boards. Traceability is never an issue as robots never forget their programming. Every placement is perfectly logged, enabling full process validation. Quality control is a guarantee rather than a sampling exercise. Set up times have also been slashed through toolless changeovers. Entire product lines can switch over within hours instead of days thanks to modular tooling designs. #Manufacturing agility is taken to new heights. The deft movements of these #robots are very exciting to watch. In perfect synchrony, grippers lift, place and release with balletic grace. Where humans once labored is now a smoothly automated ballet of production. Are you ready to boost your line capacities and product consistency? Automating pick and place frees your team for bigger challenges while meeting demand. The robots are standing by just say the word!😉 #Robotics #Automation #ElectronicManufacturing #PCBAssembly #SMT #PickAndPlace #ElectronicsProduction #ManufacturingOperations #PrecisionEngineering #ContinuousImprovement #SupplyChain #ProductDevelopment #Reliability #QualityAssurance #EngineeringCareers #FutureOfWork #RoboticsEvolution #ManAndMachine #Teamwork

At Re-Gen Robotics our robots help to reduce occupational hazards. ☣ 🤖 Traditional tank cleaning methods often involve physical exertion and repetitive activities, leading to potential musculoskeletal injuries. Robotic systems eliminate this occupational hazard, as they are designed to carry out tasks with precision and consistency, without the risk of physical strain or fatigue. 🛢 Robots aren’t susceptible to the weaknesses of pre-existing medical conditions, ill-health, twisted joints, pulled muscles or fatigue. Health monitoring regimes can be reduced as exposure of workers to toxic materials is decreased and longer-term liabilities of employers are therefore also reduced. A typical 50m, 165’ dia. crude oil tank might involve up to 5,000-man hours of exposure to CSE hazards when carried out in the traditional fashion. This can be avoided by use of robotic technology. Aidan Doherty Tiarnan O'Hare Chris Platt Fiona Mc Kenna #robotics #innovation #oilandgas #safety #engineering

#Roboticarms are mechanical devices designed to mimic the movement and functionality of a human arm, often used in industrial and manufacturing settings. These robotic systems typically consist of a series of linked segments or joints, which allow them to perform tasks with precision and flexibility. They can be programmed to execute a variety of functions, such as welding, #painting, assembly, and #materialhandling. The integration of sensors and advanced control systems enhances their accuracy and adaptability, making them valuable assets in improving efficiency and consistency in various applications. To Know more about the study, visit https://lnkd.in/gfUYjyma #DBMR #RoboticArms #Automation #IndustrialRobots #ManufacturingAutomation #Robotics #SmartRobots #IndustrialAutomation #TechInnovation #RoboticTechnology #AutomationSolutions #RoboticsIndustry #PrecisionEngineering #ManufacturingTech #AutomationTech #RoboticSystems #RoboticEngineering #FactoryAutomation #RoboticArmTech #AutomationTrends #DBMRInsights 

Quick Response ⚡️: The robot's ability to react swiftly to prevent shelves from toppling into a child highlights its effectiveness in emergency situations. Sensor Integration 🛰️: The robot likely utilizes advanced sensors to detect the potential danger of the shelves falling, allowing it to intervene promptly. Safety Protocols 🚨: Its programmed safety protocols prioritize human well-being, demonstrating the ethical considerations embedded in its design. Mechanical Precision 🔧: The precise movement of the robot's arm showcases its mechanical accuracy and agility, crucial for delicate tasks like preventing accidents. Human-Robot Interaction 👥: This incident underscores the importance of seamless interaction between humans and robots, where the robot's actions complement human safety. These points highlight the significance of advanced robotics in ensuring safety and minimizing potential hazards in various environments. #RoboticsSafety #EmergencyResponse #HumanRobotInteraction #MechanicalPrecision #SafetyProtocols