The Combination of Multiple Machining Processes Improves Precision

Rate this post

The Combination of Multiple Machining Processes Improves Precision

The CNC machining process must go through a number of stages in order to produce a product that meets the desired requirements, features, and benefits. A computer numerical control (CNC) machine may be used to remove unwanted metal from spinning components using this kind of custom CNC machining.


Another alternative is to use a lathe or turning machine that can feed a workpiece into the machine at a fast rate of rotation and then finish it. Cutting with a single point and cutting with a huge number of points have already been discussed. Single-point cutting tools are more often used than multi-point cutting tools. It is the most common method of generating revenue for the company. In addition to being one of the most often used, it is also one of the most adaptable turning techniques. Several tools are used, depending on the product’s requirements. You may make changes or add new features to metal components at any step of the manufacturing process because of the increased precision that comes from turning the metal part characteristics that are already present in an existing form. The use of this technology enables the creation of fasteners and shafts tailored to a given application.


In order to ream the hole in the material, you’ll need either a reamer with one or multiple cutters. A common use for this instrument is to enlarge the aperture’s diameter. A range of reamers, including high-speed steel and carbide, and a variety of diameters are used on the same machine to drill to satisfy the demands of different clients. Grinding stones and wheels, hand knife sharpening, and grinders are some of the instruments used to make Precision Machining Parts. The temporary binders are generated by pushing the grinding wheels against the metal surface, and the bonding material is then combined with the temporary binders. Bond material and temporary binders must be blended in order for this to work. This is a two-step process. When computer numerically controlled machining is used in conjunction with mechanical machining, it is feasible to produce more precise products.


Boring is a term used to describe the process of making previously drilled or cast holes larger. Numerous boring techniques may be used to generate holes in a variety of materials, including line boring, back boring, and lathe boring. Single-point cutting tools may be used to enlarge the diameter of a hole, allowing for the creation of tapered or square holes. Machinists employ a method known as abrasive machining to produce an exact metal surface finish on a variety of products. The tool’s stone shape and regulated route are used in tandem to improve the surface texture and form in order to eliminate unwanted material from the workpiece. They operate together as a team. An exterior surface finishing method called honing is used on a metal component to reach the desired diameter.

The Combination of Multiple Machining Processes Improves Precision
The Combination of Multiple Machining Processes Improves Precision


Using broaching, it is possible to make unusual shapes while keeping a high degree of precision. It is a common method of machining in the manufacturing industry. To remove unwanted material from the surface, a broach, a toothed tool, must be used first. The phrase linear broaching refers to a broaching technique in which a broach is moved in a straight line across the surface of an object. We’ll go through rotary broaching on the CNC milling machine in the next segment of the course.


It’s a given that, as a business owner, you want metal components that are tailored to your specific needs and those of your customers. The author suggests bending and shaping metals, among other things, to achieve this goal. It is possible to shape a malleable object by using hot forging procedures, such as hammering, pressing, and upsetting it, to get the desired shape. The material must be heated to a temperature that is 75 percent higher than its melting point in a high-temperature furnace in order to get the proper shape. Lasers employ cutting-edge laser technology to generate permanent markings while also allowing for design flexibility and quick cycle times for high-precision labeling or marking. As a means of conserving money, it is especially beneficial for one to recognize metal objects.


Large-scale production facilities may now take use of laser technology for precision metal stamping thanks to the development of laser engraving. This case study demonstrates how metal precision stamping may be used to accurately and consistently identify machining services commodities with the proper serial numbers, identification codes, or brand names and model numbers.

I have 15 Year experience in website development, blogging, Seo, Content writing, and Link building.

Leave a Comment