Lathe Specifications

Lathe specification refers to the lathe in the design and manufacturing process to meet the requirements and restrictions. As the 1 kind of machine tool used for metal processing, the specifications of lathe play an important role in its function and performance. When selecting and using lathes, understanding lathe specifications is very important to ensure work quality and efficiency.

Lathe specifications include the following aspects:

Machine tool specifications: Machine tool specifications are the basic parameters of the lathe, including the maximum workpiece diameter, the maximum workpiece length, and the maximum worktable stroke. These specifications limit the operating range and capacity of the lathe. For example, a lathe with a maximum workpiece diameter of 500mm means that the lathe can only process workpieces with a diameter of less than 500mm. Understanding these specifications is important for choosing a lathe that suits your machining needs.

Spindle specifications: The spindle is the axis of rotation of the workpiece on the lathe, and the spindle specifications directly affect the processing capacity and accuracy of the lathe. Spindle specifications include spindle speed, spindle spline specifications. Spindle speed determines the Lathe processing speed and capacity, too high or too low speed will affect the processing effect. The spindle spline specification limits the size and number of tools that can be installed on the lathe. Understanding the spindle specifications can help you choose a lathe that suits your machining needs.

Tool holder specifications: tool holder is a part of the fixed tool and cutting fluid on the lathe. Tool holder specifications determine the type and quantity of tools that can be installed on the lathe. The tool holder specifications usually include the tool holder model, the number of tools that can be installed in the tool holder, etc. Understanding the specifications of the tool holder is very important for choosing a lathe suitable for your own processing needs, which can ensure that the processing needs of the workpiece can be met.

Machining accuracy: Machining accuracy is an important indicator to measure the ability of lathe processing. The machining accuracy includes dimensional accuracy, shape accuracy, surface roughness, and the like. Dimensional accuracy requires the lathe to maintain the accuracy of the workpiece size in the processing process; shape accuracy requires the lathe to maintain the accuracy of the workpiece shape; surface roughness requires the lathe to obtain a smooth surface. Understanding the machining accuracy of lathes can help you choose a lathe that suits your machining needs.

Machine tool structure: Machine tool structure refers to the overall design and structure of the lathe. The structure of the machine tool not only affects the service life of the lathe, but also affects the rigidity and stability of the lathe. Common machine tool structures include bed type, vertical type and horizontal type. Different machine tool structures are suitable for different processing needs and space environments.

In short, understanding the lathe specifications is very important for choosing a lathe suitable for your own processing needs. Only according to their own processing needs, choose their own lathe specifications, can ensure the processing quality and efficiency. It is not only necessary to understand the basic specifications of the lathe, but also to understand the machining accuracy of the lathe and the structure of the machine tool in order to make the right choice. I hope the lathe specifications described in this article are helpful to you.