Prototype CNC machining refers to the use of computer numerical control (CNC) machines to create prototypes of products and parts. This process involves the use of computer software to direct the movement of machine tools and produce precise, complex shapes and geometries.

CNC turning, also known as computer numerical control turning, is a manufacturing process that involves the use of computer-controlled lathes to produce parts and components. In this process, a computer program is used to direct the movement of the cutting tool and produce a desired shape or geometry.

I. Introduction  A CNC lathe is a computer-controlled machine tool that is designed to cut, shape, and form metal or other materials turned on a lathe. It is controlled by a computer that reads instructions from a program and moves the cutting tool according to those instructions. CNC lathes are

What is swiss type Machining Swiss-type machining is a specialized machining used to manufacture small, complex parts with high precision. This type of machining is characterized by its small size, high accuracy, and ability to perform multiple machining operations in a single pass. Key Characteristics of Swiss Type Machining: Swiss-Type

Introduction of Mechanical gears Definition of mechanical gears Mechanical gears are components that transmit torque (rotational force) from one rotating shaft to another. They consist of rotating disks called gear wheels that have teeth cut into their outer circumference. When these gear wheels mesh together, they transfer torque from one

Introduction of CNC Machining Definition of CNC machining CNC (Computer Numerical Control) machining is a manufacturing process that uses computerized systems to control and automate machine tools. The process involves using software to control cutting tools, such as mills and lathes, to produce precision parts with high accuracy and repeatability.

Thanks to innovation, the field of manufacturing is growing rapidly. Every day, technology is evolving to allow gift processing manufacturers to adopt amazing technologies such as CNC machining. Not only that, but advanced technology has allowed CNC machining to flourish. Now, it is possible to do the seemingly impossible in

The design of machined parts needs to take into account the design requirements of the machining process for the part. Under the premise of meeting the function, appearance and reliability of the product, the design of machined parts should make the machining process simple, efficient, short processing cycle, low processing

Overview of machining process Based on the mechanical parts as well as workpiece manufacturing period, the relevant machining process method is taken to change the blank, and processing is carried out to further process the fit between the blank and the part. From the practical work point of view, based

Metal fabrication is a part manufacturing process involving machining processes such as CNC machining, milling, turning, drilling, EDM and wire EDM to name a few, where the workpiece is cut to the desired shape, size and surface finish by a process that removes metal material to meet the specifications of

Have you ever wondered how a machine shop makes precision machined parts, such as engine parts? These parts are certainly not produced by hand. In fact, machine shops use a process called "precision machining". Precision machining produces critical components for almost every piece of equipment we use in our daily

Physical environment In the process of machining process to produce automotive parts, the physical environment has the greatest impact on the accuracy and is irreversible. Modern machining usually uses mechatronic CNC machine tools, which need to be set according to the production requirements before processing, and once the parameters are