Matt Rosenberger’s Post

ScalableArc by Scalable Robotics offers a Point and Click Welding Solution for Industrial and Collaborative Robotics without the need for CODE or CAD expertise. Traditionally, the barriers to robotic welding for small manufacturers included time, cost, and programming complexity. With ScalableArc, even welders with no robotics or programming background can effortlessly create new welding programs within minutes. By simply scanning a new part and clicking on specific welds, the process is streamlined and accessible. Contact Dan Patrick for more information. #Robotics #Welding #Innovation #Manufacturing #Technology

At Kirkstall Precision Engineering, we constantly push the boundaries of innovation in manufacturing. One key part of this is our use of robotics to enhance precision and efficiency. Curious about how we integrate cutting-edge technology into our processes? Check out our blog where we explore the role of robotics at Kirkstall and how it’s transforming our operations. #Robotics #manufacturing #ukmanufacturing #engineering #ukengineering #precisionengineering #precisionmachining #precisionmanufacturing https://lnkd.in/e_QjN6qa

Did you know the first industrial robot ever created was for welding? Unimate was developed by inventor George Devol and entrepreneurial physicist Joseph Engelberger, often referred to as "the father of robotics." The robot was first installed at a General Motors plant in New Jersey in 1961, performing more dangerous or demanding jobs on the floor such as spot welding and extracting die castings. The introduction of Unimate not only improved the safety conditions of the plant but also increased efficiency, reducing costs and production time.  Unimate's legacy within the manufacturing industry has been ubiquitous. Its success highlighted the feasibility and benefits of robotic automation in industrial settings, paving the way for the robotics revolution in manufacturing processes and serving as a blueprint design for future industrial robots... like this one here!  🤩 #roboticwelding #industrialrobots #cncmachine #welding

People are loving our simple no CAD, no code teaching method. Our last customer actually bought the system for our Production Tuning process (https://lnkd.in/exE-KUet) which allows ABB Robotics' industrial robots and GoFa cobots to automatically adjust for part/seam variation. So.....no more re-teaching every time a seam wanders! Point tuning is nothing new; however, our point and click method used to create this tuning search code during the teaching phase is revolutionary.

Design a KUKA Robotic station for the aim of Laser cutting. Robot laser cutting is a relatively new manufacturing operation. You might think that lasers and robots are a strange pairing. However, lasers are an increasingly common end effector for robots. Robots are suitable for any cutting path Robots are extremely flexible They take up less floor space They can run autonomously The key to getting the most from your laser cutting robot is to combine the hardware with a good programming system. The specifics of programming a laser-cutting robot will depend on the type of task you need to perform. If you use the robot to etch an image on the surface of the material, it will be similar to programming a drawing task. If you are using the robot for cutting, the task is slightly different.

**Driving Innovation in Robotics & Automation with Precision Machining** 🤖🌟 In the ever-evolving landscape of robotics and automation, two elements are paramount: precision and innovation. An industry that thrives on accuracy, it relies heavily on the ability to constantly push boundaries, always walking the tightrope between what's possible and the unimaginable. Precision machining is propelling this sector into the future. It's the unacknowledged artist behind the curtain, crafting high-quality, complex parts that enable robots to perform intricate tasks smoothly. Imagine a robotic arm performing a delicate operation, or a precision drone that can navigate densely built urban landscapes. This isn't science fiction, it's happening now, and precision machining is the unsung hero. Roboticists and automation engineers worldwide must appreciate this truth: Each advancement in robotics, every automation breakthrough, is directly proportional to the refinement in precision machining. Want to shape the future? Start refining your precision today. Because in robotics and automation, every small detail matters. It's not just about building robots - it's about crafting the future. So, who's ready to craft the future with me? Let's disrupt, innovate and elevate the world of robotics and automation together!

Ever wondered how cutting-edge robots perform intricate welding tasks with pinpoint accuracy? 🤖 Imagine getting hands-on with a 6-Axis welding robot and mastering its precision movements! Explored the fascinating world of robotics at NAMTECH 's lab, where I had an exhilarating and enjoyable experience. Delved into the operations of the Fanuc Arc Mate 100iD, a remarkable 6-axis robot designed for welding applications, gaining firsthand insight into its intricate movements and precision engineering. It was an incredibly enriching opportunity that allowed me to enhance my skill set and knowledge in this field. This post includes a video showcasing the robot path programming carried out by my team Rutuja Nikam ABHIJIT SHINDE kanad Palav, providing a visual demonstration of our hands-on learning experience. The exploration of robotics and the utilization of the Fanuc robot have been truly rewarding, and I am excited to continue on this journey of continuous improvement. Similar post: https://t.ly/zk0ZK #Robotics #Fanuc #Automation #WeldingTechnology #SkillDevelopment #HandsOnLearning, #Manufacturing #ContinuousImprovement

Industrial Robotics: Revolutionizing Manufacturing As of 2022, the International Federation of Robotics (IFR) estimated that approximately 3,903,633 industrial robots were operational worldwide. These specialized robotic systems, used extensively in manufacturing, are automated, programmable, and capable of moving along three or more axes. They perform tasks such as welding, painting, assembly, disassembly, and material handling with exceptional endurance, speed, and precision. The growth of industrial robotics also highlights the importance of robotics education for kids. Preparing the next generation with robotics skills is crucial as these competencies will be increasingly vital across various industries. Join us in exploring the future of industrial robotics and discover how it can benefit your business or education program. https://lnkd.in/grCSUbkJ #robotics #roboticsforkids #cobots #industrialrobots

Industrial Robotics: Revolutionizing Manufacturing As of 2022, the International Federation of Robotics (IFR) estimated that approximately 3,903,633 industrial robots were operational worldwide. These specialized robotic systems, used extensively in manufacturing, are automated, programmable, and capable of moving along three or more axes. They perform tasks such as welding, painting, assembly, disassembly, and material handling with exceptional endurance, speed, and precision. The growth of industrial robotics also highlights the importance of robotics education for kids. Preparing the next generation with robotics skills is crucial as these competencies will be increasingly vital across various industries. Join us in exploring the future of industrial robotics and discover how it can benefit your business or education program. https://lnkd.in/gAFvnmgQ #robotics #robots #roboticsforkids #industrialrobots

This is amazing seeing metal forming via robot inputs. I can see this as small scale fully customized parts being made.