How does boring work?

Boring involves the use of a chisel or other boring tool that removes less and less material as it rotates, resulting in a perfectly round shape. During this process, the product is cooled with cutting fluid to prevent overheating, lubricate the work surface and wash away the ground-off product residue.

There are two common forms of boring:

1. Longitudinal boring: This involves making the opening of an existing hole deeper and deeper.
2. Flat boring: In this method, the opening is ground larger and larger.

Manual or machine boring

Boring requires a high speed of rotation, which necessitates extremely precise setting of the boring machine. This can be done manually, but today computer-controlled machines are widely used.

CNC boring

CNC boring, where CNC stands for Computer Numerical Control, uses Computer-Aided Manufacturing (CAM) systems for highly accurate results. This technology makes it possible to perform complex and secure product operations, offering advantages in preparation time, product quality and efficiency.

Use of the boring machine

A boring machine is a specialized machine used in the metalworking industry to perform boring. This machine can accurately manufacture holes and cylindrical shapes in metal workpieces. Here are some important aspects of a boring machine:

1. Design and structure: A boring machine typically consists of a robust, horizontal or vertical spindle on which the boring tool is attached. These tools can range from simple chisels to complex cutting tools, depending on the operation required

2. Precision Movement: The machine is designed to move the boring tool with high precision. This allows the tool to cut or form accurately, which is essential for achieving the desired dimensions and tolerances of the workpiece.

3. CNC control: Modern boring mills are often equipped with CNC (Computer Numerical Control) technology. This enables the machine to perform complex operations with a high degree of precision and repeatability, based on pre-programmed instructions.

4. Flexibility: boring mills can be customized with different attachments and tools to perform a wide range of operations, such as drilling, milling and threading, in addition to traditional boring.

5. Size and Capacity: Boring machines range in size and capacity, from smaller machines for fine mechanical work to large industrial machines capable of machining large and heavy workpieces.

Use of the boring head

The boring head is the part of the machine that carries the cutting tool and is crucial to the precision and effectiveness of boring. Here are some important aspects of a boring head:

1. Design and function: A boring head is designed to hold one or more cutting tools. These tools can be adjustable, meaning that the diameter of the cut can be adjusted. This makes it possible to accurately machine holes of different sizes and specifications.

2. Adjustability: Most boring heads offer the ability to accurately adjust the position of the cutting tool. This allows the operator to accurately control the diameter of the hole being machined.

3. Types of boring heads: There are different types of boring heads available, depending on the application. Some are designed for general use, while others are specialized for specific tasks such as fine boring, coarse boring, or finishing.

4. Materials: Boring heads are made of high-quality materials that can withstand the high forces and temperatures generated during the machining process. Materials such as hardened steel and carbide are often used because of their durability and wear resistance.

CNC boring with Batchforce

Batchforce is the digital connector between buyers and suppliers. We understand the need to be flexible, help find the right supplier and make the right decisions together. A global supply chain for sourcing supplies for CNC boring and other machining operations. Get in touch, upload your design and receive a custom quote within 48 hours.