arrange in order
What is the fundamental difference between a three-axis machining centre and a five-axis machining centre?
After all, compared to five-axis machining centres, three-axis machines have only three linear axes (X, Y and Z); their structure is simple, the tool axis does not change direction during machining, their range of motion is limited, and programming is relatively straightforward; whereas five-axis machining centres, on the face of it,
Various CNC programming software introduction and function overview
With the continuous progress of science and technology, CNC machining on the complexity of parts, precision and process and other aspects of the more stringent requirements, relying solely on manual programming has been difficult to meet these needs. Because of this, CAM (computer-aided manufacturing) software was born and gradually popularised.
What are the cooling methods for forgings and how is the cooling rate determined?
The forging is put into the pit or iron box closed cooling, or buried in the pit sand, lime or slag cooling. General forging sand temperature should not be less than 500 ℃, around the thickness of sand accumulation should not be less than 80mm
Changshu Machining
Changshu MachiningThe Changshu area's growth in the field of machining demonstrates a detailed and professional side of manufacturing. Machining, or machining, is the process of changing the shape or performance of a workpiece through mechanical equipment. This field is a blend of traditional skills and modern technology.
The Evolution of CNC | The Craft of “CNC Turning” Hidden Within ‘Circular’ Parts
The Evolution of CNC Vol. 1: CNC Turning – A Preview of This Issue: The principles and characteristics of CNC turning; Key parameters of CNC turning; Typical applications of CNC turning; The ballpoint pen in your hand, a car drive shaft, precision nuts found everywhere… Take a closer look
What is a 5-axis machine? Understanding the structural characteristics of 5-axis machine tools. Classification and working principle
I. Five-axis machine structure features and working principle 1. Definition of five-axis: a machine tool with at least five coordinates, respectively, three linear coordinates and two rotary coordinates, and five axes. 2. Five-axis machining features: 1.
Detailed usage of CNC lathe threading instructions G32, G92, G76
X, Z for the thread end point (point C) coordinates; U, W starting point coordinates to the end point coordinates of the incremental value; R for the cone thread end point radius and the starting point radius of the difference between the R value of positive and negative judgement and G90 the same way, cylindrical threads R = 0, can be omitted; F for the pitch value.
High-efficiency processing technology for automated production line of multi-species and variable batch products
Manufacturing is the foundation of national strength, please pay attention to “metal processing” (mw1950pub).











