Machine Tending made easy with Nebula Robotics

Machine Tending made easy with Nebula Robotics

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Robotics has evolved as the answer to emerging demands. Automation is a crucial component to remain resilient and productive in the competitive world. Industrial machinery, such as that used in CNC or injection molding, is the backbone of industrial activities and must be carefully maintained. Manual machine tending, a chore that requires physical effort and repetition, is not only time-consuming but also potentially hazardous to your personnel. Machine tending automation provides an opportunity for producers of various sizes to improve production, safety, and cost-efficiency. Collaborative robots (cobots) have evolved as a quick and efficient way to deploy automated machine tending procedures.

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In the manufacturing industry, embracing automation has become critical for maintaining competitiveness in a rapidly changing business landscape. With a global shortage of skilled labor and increasing demand to shorten production cycles, businesses must find ways to expand operations while reducing costs.

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Manufacturing is built on machinery, and the long-term prosperity of manufacturing businesses is dependent on the enduring high performance of these machines. Improving the efficiency and usage of current equipment is a critical component of this project. Loading and unloading materials from industrial machinery on a consistent basis increases productivity and output, lowering production costs over time. This is what machine tending is all about.

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Machine operators have traditionally performed this repetitive and physically demanding duty. However, as trained labor becomes more scarce, machine tending has emerged as a strong target for automation in the manufacturing sector. It is possible to automate the process of inserting a raw or blank component into a machine and then removing it once mechanical processes are completed.

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Our Cobots in action

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A cobot arm excels in the basic duty of picking up and placing objects, which is the essence of machine tending. However, tremendous diversity and complication exist within this underlying idea across diverse machine tending contexts. This is where cobots' versatility truly shines, bringing significant benefits. They easily integrate with a variety of end effectors, vision systems, and auxiliary components, making the procedure easier for users. The compact design and simple software contribute quickly to increasing value in production workflows.

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Parts of Machine Tending Work Cell

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While the deployment of automated machine tending applications varies greatly, a typical work cell typically includes many basic components. Here's an example:

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Cobota robotic arm - the model chosen should correspond to the required payload and reach for the workspace, as well as the proper gripper selection.
Mounting stand - used to position the cobot at the ideal height and angle for efficient movement.Under supervision, an industrial equipment, such as a CNC or injection molding unit, is outfitted with safety features such as a protective door to prevent debris projection.
There is an infeed conveyor or staging table where unfinished parts are prepared, and an outfeed area where the cobot deposits the finished items. Conveyors or staging tables are examples of these.
Materials for manufacturing.
Controller, operator interface, and any other components

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Join Nebula Robotics to discover the best of automation.

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Visit our website:

https://www.nebularobotics.com/

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Connect to us on LinkedIn:

https://www.linkedin.com/company/nebularob

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Email us and get answers to all your queries:

Email:

sales@nebularobotics.com