How New Technologies Can Improve Mass Finishing

The advancement of modern technology has dramatically influenced the development and speed of the finishing process.

FREMONT, CA: When people purchase a finished product, they rarely think about how long it took them to get to the store, buy it, and use it. It is a long road, and few people are aware of how many procedures are involved in developing a plastic bucket, window handle, or brass handle.

The formation of such mundane items is time-consuming and needs multiple processes. The materials must go through every procedure before they can be turned into a finished product. The method of mass finishing is one of the most crucial steps.

Mass Finishing and Its Significance in Production

Mass finishing is generally a phrase used to refer to the range of processes and procedures that can be used to process a wide range of manufactured parts to accomplish specific surface effects. The people who are not accustomed to the terms, mass processing methods describe the use of materials like plastic, metal, or ceramics.

Such materials are used in mass production, and their finishing is a crucial part of developing new products. As per the variety of materials, finishing requires various processing methods and technologies and several machines, without which the entire process would become impossible.

What Does Material Finishing Mean?

This type of procedure needs a series of processes, and each of them is necessary to achieve the final product or segments of the product. Its effects include contouring edges, pinching edges, ironing or improving material surfaces, polishing, superfinishing, and micro-finishing. Each of these effects is critical in the later stage of production.

Processing Techniques Used in Mass Finishing


This is the most widely accepted metal processing method for cylindrical pieces. Typically, the workpiece is mounted on a lathe, and the lathe blade keeps moving along with the workpiece.


This method of machining is similar to turning. It is known for creating grooves, gears, and threads.


It is one of the most widely used processing techniques, which comes before all others. Various types of cutting have been developed to achieve varying results.


While making the product, this method is used at the end of the processing chain. Today, numerous and diverse methodologies have been applied that make use of various tools and machines.