What is a Cutting tools?

Cutting tools are mechanical tools used to remove or shape materials such as metals, plastics, or composites. These tools work by applying rotational or linear movement to cut away unnecessary parts of a material and create the desired shape. The most common use of cutting tools is in machining operations, particularly with machines like lathes and milling machines. There are many types of cutting tools, and the appropriate tool is selected depending on the material and the task at hand.

Cutting tools can generally be categorized into three main types: turning tools, used for cutting materials while they rotate; milling tools, which are used to flatten or shape materials; and drilling tools, such as drills and reamers, which are used to make holes or refine their diameter. These tools are typically made from high-hardness materials, which greatly influence the tool's longevity and cutting performance.

Common materials used for cutting tools include high-speed steel, carbide, ceramics, and even diamond, which offer superior wear resistance, making them essential for precise and high-load machining tasks.

Application of Cutting tools

✅Automotive Parts Processing
In the automotive industry, cutting tools are used to process complex and precise parts such as engine blocks and crankshafts. These tools are crucial for fine size adjustments and surface finishing, with turning and milling tools being the most commonly used.
✅Aerospace Component Manufacturing
Aerospace component manufacturing requires extremely high precision. Cutting tools play a crucial role when machining hard materials such as titanium and aluminum alloys. Milling tools and drills are commonly used for precise hole-making and surface finishing.
✅Mold Making
In mold making, cutting tools are essential for producing high-precision parts. The complexity of mold shapes and intricate details requires cutting tools that provide fine and accurate machining, often using milling or turning tools.
✅Precision Machinery Manufacturing
Precision machinery manufacturing requires cutting tools to fabricate tiny and highly accurate parts. These tools are used for precision turning and milling, which are essential for the creation of high-precision components.

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