Automation has become easy with the introduction of collaborative robots. Pre-packaged solutions are available for some operations which can save your valuable time.
There are important techniques for automating your tasks with collaborative robots : Part-to-process or Process-to-part.
This is one big decision you need to make before beginning with the automation process.
We must evaluate both the ways and weigh the benefits and drawbacks of each in order to choose the optimum automation strategy for deploying the cobot. We can make a wise choice if we have a thorough comprehension of these tactics.
Understanding the ‘Process’ in this context :
The "part to process" and "process to part" techniques are based on the idea of "process," a word that is frequently used in business to refer to a variety of tasks. Let's define the terminology for clarity:
Part: Any item designed for transformation or inspection is referred to as a "part" in this context. In most cases, it relates to a product or a part of a product. You can also call it the "workpiece."
Process: When we use the word "process," we particularly refer to the mechanical, chemical, or sensory activities that are used to convert or inspect a part.
In business scenarios, the relationship between the part (the thing being worked on) and the process (the actions taken on the component) is the main emphasis of these strategies.
Examples:
Let’s understand this by looking at some applications mentioned below . Collaborative Robots helps in completing all these operations:
Gluing : This process entails applying a consistent flow of adhesive to an electronic board or enclosure. Automation can be used to improve consistency and efficiency while also ensuring accurate and consistent glue application.
Click here to see Nebula Robots Glue/Sealant dispensing
Screwdriving : This task involves putting screws into the part. When working with pieces that require the placing of several screws, automation is extremely useful. Efficiency and accuracy can be considerably increased by automating the process, resulting in faster output and less manual work.
Click here to see Screwdriving by Nebula Robots
Polishing: It is the technique of improving the surface finish of a metal item by applying a moderate polishing substance. Automation is critical in considerably improving the uniformity of the final outcomes. By automating this job, the polishing substance may be applied with greater precision and consistency across all metal pieces, resulting in a more consistent and high-quality finish.
Picking the right option:
Consider the following questions to find the appropriate automation technique for your situation:
Part size: If the part is large, a process-to-part method may be more appropriate, whereas small parts may benefit from a part-to-process strategy.
Current human activity: If human workers currently handle the part during the task, it may be feasible for the robot to do the same.
Existing automation: If you currently have certain automation machines in place, you should take advantage of their capabilities. For example, if you have a stationary glue dispensing machine, choosing a part-to-process gluing application over investing in a new gluing end effector for the robot may be more efficient.
By taking these aspects into account, you can make a good decision.
Contact us:
Email:
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Website:
https://www.nebularobotics.com/
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