Viking Masek Robotics & Automation

A cobot, or collaborative robot, is created to work with humans in the same workspace. Cobots have many benefits, one of the most impressive being first-class productivity. Talk with a manufacturer, and you will find that cobots are being used quite a bit, thanks to the many advantages they bring.    Here are our seven favorite reasons why cobots are rolling up to help out on the manufacturing floor. • Cobots are easy to use.  • They promote safety. • Fewer demands on humans = better human morale.  • They are perfect for a phased approach. • Cobots offer a lot of flexibility.  • Reprogram them on the fly.  • Have high demands? No problem.   Let us show you what modern manufacturing looks like. Read all the details on our latest blog: https://lnkd.in/gb9Y3XVy   #Cobots #Productivity #Automation #Robotics

Viking Masek Robotics & Automation is hiring! We are looking for talented people to join our team who love cutting-edge technology, an innovative workplace, and opportunities to learn and grow. Climb aboard as we shape the future of robotics and automation!   Take a look at our current openings: https://lnkd.in/dpmpd-mN   #careers #robotics #automation

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

More and more manufacturers are experiencing the benefits of robots in automating 3D printing processes. When it comes to 3D printing, materials like plastic or metal are added in layers until the desired object is complete. Traditional manufacturing involves a block of raw material drilled, ground, and machined to create the product. When fitted with end grippers and arms, robots can be automated to distribute new materials into the 3D printer to make the products. At the end of the process, robots can wash and sand the finished parts and then place them where they belong. This allows the automated manufacturing process to run around the clock without the need for humans, who can find the work repetitive and physically taxing. 3D printing is a win when used with robotics and automation because it is: 🔶 Faster 🔶 More efficient 🔶 Accurate 🔶 Precise 🔶 Waste reducing If you enjoy operating quicker with undeniable consistency and precision while creating delighted customers, consider adding robotics and automation to your 3D printing process. Contact us to learn more: https://lnkd.in/gpF6dHcC

Robotics and automation and intelligent sensor solutions go hand in hand. Sensors provide real-time data and feedback from the robot's surroundings, and in turn, the robots use that information to improve productivity. Check out what intelligent sensors can do: 🔹 LiDAR, commonly used in manufacturing, is a light sensor designed to detect distance and ranging. It's accomplished by sending a pulse of light to bounce off a target and measuring the time it takes to return. By halving the total time and multiplying by the speed of light, we learn the distance to the target. 🔹 Light curtains, laser scanners, and bump sensors, or safety sensors, detect and prevent collisions, creating safe working environments for humans and robots in collaborative settings. 🔹 Position and orientation sensing helps robots determine their position and orientation in a space, allowing them to work independently with proper navigation, path planning, and precise object handling. 🔹 Vision systems include cameras and sensors that provide robots with visual perception. Advanced vision systems powered by AI algorithms can analyze visual data, allowing robots to make intelligent decisions based on what they "see." VMRA's vision partner, SICK Sensor Intelligence, is one of the world's leading industry providers for sensor-based applications. SICK produces state-of-the-art vision system components, including LiDAR, image-based code readers, mounted and mobile barcode scanners, machine vision, and RFID. Learn more about VMRA and SICK's successful partnership: 🔹 https://lnkd.in/d9vZwE_X #VMRA #Sensors #Innovation #Robotics #Automation

VMRA is hiring! If you are passionate about robotics and automation, learning new technology, and enjoy working on a team, check out our latest job opportunities: https://lnkd.in/gJNQ5W34 Do you: ✅ Thrive in an innovative environment? ✅ Love being on the cutting edge of robotics and automation? ✅ Want to be a part of an inclusive and thoughtful culture? If so, let’s take your career to the next level - apply today!

Artificial Intelligence is changing how we do business. Computer systems complete jobs usually done by a person while mimicking human intelligence. We asked around, and here's what industry pros say are the most talked about opportunities AI brings: ▶ Agility When manufacturers face supply chain problems, changing market demands, and production bottlenecks, AI helps by responding quickly and adjusting production schedules and maintenance routines based on real-time data. ▶ Precision Robotics and automation precisely analyze production data to identify patterns, glitches, and defects. This assists in increasing work accomplished, reducing errors, waste, and recalls, and ultimately upping customer satisfaction. ▶ Flexibility Adjusting to varying product requirements and customization needs while tweaking production lines with AI is a game-changer. It helps with inventory changes and adjusting schedules on the fly. ▶ Computer Vision and Robotics AI-driven computer vision systems step up quality control by spotting irregularities while production occurs and handle intricate tasks with unbelievable accuracy. Bring on the collaborative robots that work side-by-side with humans, keeping things running smooth and safe for teamwork on the factory floor. Check out our latest blog that talks more about AI: https://lnkd.in/gMxY33ry #VMRA #AI #Opportunities

Predictive maintenance is a brilliant upkeep solution in the robotics and automation industry. It's a proactive approach that uses data collection and analysis, machine learning algorithms, and sensor technology to predict when equipment maintenance will be needed. It calls out potential problems before they cause significant issues. Check out some advantages of predictive maintenance: 🔸 More work. Predictive maintenance helps identify possible failures before they happen. Maintenance activities can be scheduled proactively during planned downtime by continuously monitoring the performance and condition of robotic systems, reducing unexpected breakdowns and production interruptions. 🔸 More money. Reacting to a repair problem often costs more money than using a schedule for predictive maintenance. Finding and dealing with an issue before it becomes a pricey replacement keeps more money in the bank by spending on parts that actually need care. 🔸 More life. Regularly watching the condition of robotic elements extends the lifespan of automation equipment. Ensuring they are properly cared for and maintained when signs of wear happen early on lessens the chance of unexpected breakdowns. Predictive maintenance is a perfect way to minimize repair costs and maximize the productivity of your robotics and automation systems. Call us at 866-243-2402 or contact us to talk more about how predictive maintenance can positively contribute to your company's automation operations.

🌟 There is always something exciting happening at VMRA. Check out our latest laser marking demo video, showcasing precision and efficiency with our advanced laser marking cell. Laser marking uses automated technology to etch permanent marks, codes, or identifiers on manufacturing materials. 🌟 Highlights: - Laser Marking Sequence: Witness flawless orchestration from start to finish. - Automated Workflow: Optimal efficiency with every step automated. - SKU-Specific Marking: Barcode, product details, and lot coding with unmatched accuracy. - Quality Verification: Advanced vision systems ensure precise marking. - Safety Features: Prioritize operator safety while maintaining visibility. - Seamless Integration: Enhance connectivity with SCADA system integration. - Fume Extraction: Integrated system for a cleaner working environment. - User-Friendly Interface: Intuitive HMI for simplified operation. - Flexibility: Designed for easy relocation with forklift pockets. What can robotics and automation do for you? https://lnkd.in/dytST9Sd #LaserMarking #Automation #Innovation #Manufacturing #Technology

Are you looking for a rewarding career in robotics and automation? We are hiring! We offer a collaborative work environment that values creativity and innovation, where everyone is given the opportunity to thrive. Working at VMRA is a chance to experience how the world manufactures, processes, and builds the goods we interact with daily. To learn more and apply, visit our careers page: https://lnkd.in/gJNQ5W34