The grinder does not disassemble and destroy parts but on the contrary. They are tools that achieve extremely high precision, and where various types of grinding are carried out, it is possible to obtain accurate results to achieve the perfect smooth finish required for the part.
A grinder is a machine tool that uses a grinding wheel to grind the surface of a workpiece. Most grinding machines use high-speed rotating grinding wheels for grinding. The grinding operation of a grinder means to reduce something into small particles by rubbing two objects together.
1. Automation of the grinder increases productivity
Both cylindrical grinding and profile grinding can be automated to increase cycle time, output, and consistency of part quality and perform the real-time in-process measurement. Automating the grinder is a good choice to increase productivity and maintain productivity, keep the machine running and let one person run three to five machines at the same time.
Now there are more and more small-batch workpiece production workshops using grinders for automated processing because automated processing requires greater flexibility. This trend of greater flexibility has also spread to a higher number of jobs. The automation of grinders is almost entirely done by multi-axis robots because most processed parts are complex and multi-faceted, and this type of processing description is more suitable for small batch production.
In order to achieve greater results in surface quality and productivity in grinding applications, it is important that the grinder supports software that makes full use of the machining process by combining speed and precision. Whether the application involves cylindrical grinding to improve the surface of a turned workpiece, surface grinding to form shapes and surfaces, or five-axis grinding to make tools, the automatic functions of the grinder ensure high productivity, fast cycle time, and finishing. And to a large extent improve the processing efficiency, safety, and reliability of the machine.
2. It's important to know when you need grinder automation
Automated grinding operations on grinders are more complicated because it often involves integrated measurement systems, such as data management. In addition, the accuracy of the parts processed by the grinder is higher than that of the lathe. Because grinder automation requires excellent fixtures, it requires more precise part loading than turning applications. This requires an excellent loading system and the ability to process the data stream from the post-processor.
Does the grinder meet the current and planned output? Increasing output is one of the basic reasons to automate the grinding machine. Generally, shorter cycle times require more automation, and longer cycle times require less automation.
But how to calculate the cycle time? The simpler method is to calculate the production volume by multiplying by a few simple numbers: the number of working days per year, the amount of time worked per day (in seconds, not minutes or hours), and production efficiency. Then divide by the number of parts required per year. This number can then be used to determine the required cycle time. Such hard data can help us determine whether we need to automate the transformation of the grinder.
Lack of skilled labor is the challenge faced in the entire manufacturing process. Grinding machine automation can eliminate the program without requiring more operators, thus solving this problem. Grinding machine automation can also expand the functionality of grinding operations without increasing labor. In addition, repetitive actions, awkward postures, and long-term equipment operations are considered to be detrimental to the health of the operator. With automation options such as feed conveyors, robots, and loading and unloading systems, tedious manual tasks can be simplified or eliminated.
